Valve Ac t ua t ion Skinner Valve Series Soleno id Va l v e s Catalog CVAP0495 Climate & Industrial Controls TABLE OF CO N T E N T S INTRODUCTION/1 AVAILABLE VALVE ACTUATION SERIES PRODUCTS/2-3 FEATURES AND BENEFITS/ 4 - 6 PRODUCT LINE CHART/7 3-WAY SOLENOID VALVES/8-12 7700 Line/9 7300 Line/10 7000 Series/1 1 -12 4-WAY SOLENOID VALVES/13-16 7700 Line/14 7300 Line/15 7000 Series/16 INTRINSICALLY SAFE SOLENOID VALVES/17-19 I.S. Ordering Information/19 ULTRA LOW-POWER SOLENOID VALVES/20-21 MANUAL RESET SOLENOID VALVES/22-23 DIRECT MOUNT SOLENOID VALVES/24-25 COILS, OPTIONS AND ACCESSORIES/26-32 VALVE ORDERING/33 PART NUMBERING SYSTEM/34-35 ADDITIONAL TECHNICAL INFORMATION/36-44 OUTLINE DRAWINGS/45-52 WARNING FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker Hannifin Corporation, its subsidiaries and authorized distributors provide product and/or system options for further investigation by users having technical expertise. It is important that you analyze all aspects of your application and review the information concerning the product or system in the current product catalog. Due to the variety of operating conditions and applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection of the products and systems and assuring that all performance, safety and warning requirements of the application are met. The product described herein, including without limitation, product features, specifications, designs, availability and pricing, are subject to change by Parker Hannifin Corporation and its subsidiaries at any time without notice. Offer of Sale The items described in this document are hereby offered for sale by Parker Hannifin Corporation, its subsidiaries or its authorized distributors. This offer and its acceptance are governed by the provisions stated on the separate page of this document entitled “Terms and Conditions of Sale”. (See page 60.) © Copyright 1998, Parker Hannifin Corporation. All rights reserved. V 1 elastomeric seals. brass, stainless steel, aluminum and others, as well as a variety of most valves are available in a choice of body materials including In addition, to satisfy the most stringent environmental demands, Ultra Low-Power valves; and a host of accessories and options. Mount valves with NAMUR interface; Safe valves; Quick Exhaust valves; Direct as: All-Ports-In-Body valves; Intrinsically 7300 Lines of 3- and 4-way valves, as well solenoid valves includes the new 7700 and The Skinner Valve Actuation Series of u t o m a t i o nActuator A alves forSolenoid V e r i e sActuation Salve AValve Actuation Series 3- and 4-Way 7700 Line V Val The Skinner Valve Actuation Series includes a variety of new 3- and 4-way valves designed with unique features Actuation Series Standard and options enhancing their 3- and 4-Way V a l v e s performance, operational reliability and application v e r s a t i l i t y. The Actuation Series 7300 and 7700 Lines come with Valve Actuation Series standard features which 3- and 4-Way 7300 Line include: integral pilot filtration, captured pusher cavity exhaust; air - a s s i s t e d spring return and a tag mount provision. Also available are horizontal operators, field convertible manual overrides, m o m e n t a ry manual overrides and captured exhaust pilot. 2 available as externally piloted or solenoid versions and are also available in single and double and tag mount provision. They are exhaust; air-assisted spring return; filtration; captured pusher cavity standard features: integral pilot 7300 Line includes the following 7700 Line. Like the 7700 Line, the design and materials found in the valves has the same quality of are available in brass or aluminum. The 7300 Line of 3- and 4-way stainless steel constructions, some 4-way valves. Most are available in Ports-In-Body and pilot operated A l l -Multipurpose, Quick Exhaust, Normally Open, Normally Closed, time proven 7000 Series valves: Series valves include a selection of A c t u a t i o nStandard 3- and 4-Way convertible manual override option. valves. There is also a field also available as externally piloted or double solenoid versions and are steel, and aluminum bodies in single They are available in brass, stainless v e s main exhaust; and integral metering. captured exhaust pilot; integrated stainless steel and aluminum bodies. l e n o i dries SoS e number of unique features including: options. They are available in brass, solenoid valves incorporate a field convertible manual overrides as alve Actuation The 7700 Line of 3- and 4-way momentary manual override and also captured exhaust pilot, vailable Skinner remotely piloted units. There are Intrinsically Safe Solenoid V a l v e s Direct Mount (NAMUR Patterned) Solenoid V a l v e s Manual Reset Solenoid V a l v e s Ultra Low-Power Solenoid V a l v e s 3 two different types of manual reset This action is accomplished through when power is applied to the coil. for use in automated control upon loss of power to the coil or The valves are ideally suited permits a valve to be tripped either r e q u i r e d . The Manual Reset option of 0.6 watts. No refresh time is chemical plants. minimum power consumption level use in processing, power and designed to keep current draw to a latched. Typical applications include valves incorporate a unique operator mechanism is manually set or Skinner Ultra Low-Power solenoid rest” position until the reset the actuator. triggered, must remain in their “at substantially prolonging the life of device on valves which, when the spring cavity of the actuator, ideally suited for use as a safety return air from the cylinder port to Skinner Manual Reset valves are configuration, the plate channels conversion plate. In the 3-way provided with a unique 3-way/4-way All 4-way models are in the world. f e r i n g slines of NAMUR-mounted of Honeywell has one of the broadest in any position to operate. stainless steel constructions. and inert gases, and can be mounted solenoid versions, aluminum and 4, suitable for use with airN E M A 3- and 4-way, single and double watertight construction equivalent to direct acting 3-way, pilot operated (3- and 4-way configurations), v e r s i o n s . patterned Skinner solenoid valves in temperature rise, wide range of sizes 4X, 7 and 94X and NEMA Honeywell offers NAMUR flange low-power consumption, low- in integrated designs in both NEMA Intrinsically Safe valves provide solenoid models. Coils are available intrinsically safe system, Skinner construction in single or double When designed into an available in 3- and 4-way or easily ignitable fibers. Ultra Low-Power valves are vapors, liquids, combustible dusts, reducing the overall installation cost. presence of flammable gases, from the same power source explosive hazards exist due to the number of solenoids to be driven in environments where fire and devices allow for an increased valves have been developed for use T h e s emust be kept to a minimum. Skinner Intrinsically Safe solenoid critical, or where heat rise in the coil r i p p e d .and Electrically Tminimizing energy consumption is o l t a g e - R e l e a s econfigurations; No-Vsystems, applications where Enhanced Reliability of Operation Features and Bene f i t s lUnique seal, spool and cage design is ideally suited to meet a wide range of environmental conditions: temperatures from -40°F (-40°C) to 167°F (75°C); pressure ranges of 30-150 PSI. lIntegral Pilot Filtration–Internally filtered pilot air supply inhibits pilot orifice fouling and further improves the performance of the valve. lC o n t a m i n a t i o n - Tolerant Design–Tolerant to entrained pneumatic supply particulates to 40 microns. lIntegrated Main Exhaust (7700 Exclusive)–All air exiting from the valve is channeled through a single exhaust port. This reduces the number of external openings and minimizes ambient contamination entering the valve. lCaptured Exhaust Pilot–Eliminates the need to vent pilot exhaust directly to the atmosphere, thus preventing the entrance of water, ice, bugs, and the like into the pilot chamber and adversely affecting valve r e l i a b i l i t y.V lCaptured Pusher Cavity Exhaust–The Pusher cavity is internally vented to eliminate external contamination and installation limitations associated with exposed ports/orifices. lA i r-Assisted Spring Return–Air supplements return spring force on the de-energized (reset) cycle, thus improving the return stroke reliability. V e r s a t i l i t y lIntegral Metering (7700 Exclusive)–Independently controls the actuator speed in both directions on 4-way valves and the actuator return speed on 3-way valves. lWide Ambient Temperature Range–Products are available that operate from -40°F (-40°C) to 250°F ( 1 2 1 ° C ) . lBody Materials–Available to suit a wide range of exposures including: 316L, 430F and 303 Stainless Steel; hard-coat anodized low-copper aluminum or brass. lWide Pressure Range– From 0 to 215 PSI, the valves are ideally suited for valve actuation. lOperator Orientation–Available in a variety of configurations to address different spacing and mounting r e q u i r e m e n t s . lMounting Configuration–Both pipe mount and direct mount are available. lDouble Solenoids–For “fail as is” applications. lMultipoised Operator–The solenoid operator may be mounted in any position without affecting valve p e r f o r m a n c e . 4 cation specific features make this series ideal for all process applications. tion of body materials, electrical enclosures, power ratings, and other appli- Actuation Series products have the versatility to handle it. The wide selec- a l v eRegardless of the environment the valve may be used in, Skinner V and Benefits. a n t a g e sDistinct Adv v i d ealves Pro Series Solenoid c t u a t i o nActuators, A Control of Pneumatic When Used for performance and operating reliability. and 7300 Lines a number of specific features which enhance their environments, Skinner Valve has built into its new Actuation Series 7700 controlling solenoid valve, to be exposed to the most severe operating Because most process applications require the process control valve, and its lRemotely Piloted–For applications where the electrical portion of the valve is not located at the process v a l v e . lExternally Piloted–When the controlled air signal is less than the requirement of the solenoid valve, a separate air signal can be used to operate the valve. lTag Mount Provision–A dedicated feature for ease of installation of a tag. lGlobal Porting–Both NPT and BSP porting available. lWide Voltage Range–AC units from 24 to 480 volts and DC units from 12 to 125 volts. lUltra Low-Power Coils–Valves available down to 0.6 watts. lGlobal Approvals–Watertight, explosion proof, Intrinsically Safe, non-incendive, Cenelec and more for use throughout the world. lIntegrated, Encapsulated Coils–Eliminate the need for separate metal housings while providing a NEMA 4X or NEMA 4X, 7 and 9 rating. lAll Fasteners, Trim and Internal Wetted parts (including springs) are made of corrosion-resistant materials. Expansive Modularity for Application Flexibility lField Convertible Manual Override–A unique construction that allows the device to be converted from a latching manual override to a momentary manual override or to be locked, thus removing the override f e a t u r e . lMulti-Function Direct Mount–With a 3/4-way solenoid valve in NAMUR or customer-specific mounting flange plate. lModular Main Body Architecture–Facilitates use of air pilots (remote or external), single or dual solenoid, vertical pilot body, and horizontal pilot body. lAC/DC Compatible Pressure Ve s s e ls–Pressure vessel can be fitted with either an AC or DC coil, ordinary or hazardous location construction for added flexibility. ® lInterchangeable Coil Options–Standard power (10 watts), low-power (1.5 watts), Fluxtron E l e c t r o n i c ® coils, Magnelatch Latching coils, and NEMA 4X and NEMA 7/9 construction. 5 your particular need. or oil and gas exploration, there is an Actuation Series solenoid valve for beverage, water and wastewater treatment, cement and glass manufacturing, generation, petroleum refining, pulp and paper production, food and Whether your application is in chemical or petrochemical processing, power pneumatic positioning drive. Features include: valves can be configured to control any process valve equipped with a pipe mounted or direct mounted to pneumatic actuators, Skinner solenoid W h e t h e rmodular configuration allowing for wide application flexibility. Skinner Valve Actuation Series solenoid valves have been developed in a A Available Options and Accessories State-of-the-Art Coil T e c h n o l o g y lIntegrated, Corrosion Resistant, encapsulated coils which do not require an external housing or yoke. lElectronic and Conventional coil technology allows for use with electrical signals from control equipment. lLow-Power Operation (1.5 Watt) and Ultra Low-Power (0.6 Watt) at standard pressure and flow rates so performance is not compromised. lRatings and Approvals include NEMA 4 X ordinary location, NEMA 7/9 hazardous location, Intrinsically Safe, and non-incendive. Additional Application Specific Features lManual Override to operate a valve without electrical power, to facilitate start-up procedures, and to perform diagnostic checks. This option is available in momentary, latching or field convertible versions. lSpring Cavity Purge (3/2 function) with return air channeled from the actuator’s piston side to the spring side on the spring stroke, thus prolonging the life of the actuator. lFull Range Hazardous Location Approval Class I, Div. I, Groups A, B, C, D; Class II, Div. I, Groups E, F, G; Class III, Div. I. lA range of accessories including: quick exhaust modules, exhaust adaptors, manual overrides and pilot g u a r d . New High-Flow Solenoid Va l v e s v Further Product Information 6 0 6 0 5 1 .Division, 95 Edgewood Avenue, New Britain, CT a l v ement at (860) 827-2300 or write Parker Hannifin Corporation, Skinner V catalog. For additional information, contact our product application depart- Actuation Series solenoid valves for process control can be found within this a l v eDetailed product information and specifications on Parker’s Skinner V valves and Intrinsically Safe solenoid valves. a number of three-way and four-way valves, as well as Ultra-Low Power ), Skinner Valve Actuation Series includesFor high-flow applications (4.0 C solenoid valves include: Additional features and options available for Skinner Actuation Series technologies to suit your particular needs, including: automation, we offer a variety of time proven 7000 Series solenoid coils and With application requirements differing for various uses in process available for use with Skinner Valve Actuation Series solenoid valves. variety of options, accessories and coil/enclosure combinations are PRODUCT LINE C ATALOG SECTION Intrinsically Ultra 7700 Line 7300 Line 7000 Series 3-Way 4-Way Safe Low-Power Manual Reset Direct Mount Product Type 3-WayAAA–AAAA 4-WayAAA–AAAA Intrinsically SafeA–A Ultra Low-PowerA– Manual ResetAAA– Direct Mount (NAMUR Patterned)AAAAA– High Flow (4.0 C)AAAv Mechanical Features Integral Pilot FiltrationSSAAAAAA Integrated Main ExhaustSAAAAAA Captured Exhaust PilotSAAAA Pilot GuardAAAAAAA Captured Pusher Cavity ExhaustSSAAAAAA Air-Assisted Spring ReturnSSAAAAAAA Integral Metering SAAA Low Temperature (-40°F)SAAAA Body BrassAAAAAAAAA MaterialsStainless SteelAAAAAAAAA Aluminum(*=Hard Coat)A*A*AAA*A* Single SolenoidAAAAAAAAA Double SolenoidAAAAAA Remotely PilotedAAA Externally Piloted AAAA Tag Mount ProvisionSSAAAAAA Manual MomentaryAAAAAAA OverridesLatching AAA Field ConvertibleAAAAAAA Spring Cavity PurgeAAAAA Electrical Features Power RatingsConsumption IntegratedNEMA4X22AAAA Coils10AAAAAAA 1.5AAAAA 0.6AA NEMA4X,22AAAA 7, 910AAAAAAA 1.5AAAAA 0.6AA SpecialtyFluxtron1.3AAAAAA CoilsMagnelatch0AAAAAA A-Available, S-Standard 7 T h r e e - Way V a l v e s -Way v v 8 and corrosion resistance is assured. Constructed of brass or stainless steel, maximum environmental protection matched to the actuator to produce the desired opening and closing speeds. flow factor and system pressure can beorifice size, corresponding C ferentials of 0 to 215 PSI. To ensure proper system response, the valved i f ) from 0.095 to 7.3 with operating pressureprovide flow factors (C ations. Depending on the model selected, orifice sizes from 1/16” to 3/4” available in normally open, normally closed, and multipurpose configur- With port sizes ranging from 1/4” to 3/4” NPT, the valves are satisfy the application requirements. ford the end user greater flexibility in selecting the optimum design toa f valve models in the 7300 and 7700 Lines and standard solenoid valves that spring return, pneumatic actuators and cylinders. Parker offers a variety of Skinner three-way solenoid valves are ideally suited to control single-acting, alves Solenoid VT h r e e Actuation Series alve Skinner V Electrical Connections l Agency Approvals Mechanical Characteristics l Standard Materials of Construction l 77 0 0 ls– ll–M i s c e l l a n e o u s ls– SKINNER 7700 Minimum Ambient T e m p e r a t u r el LINE FEATURESl-l l Standard Featuresl lUnique Seal, Spool and Cagel Maximum Ambient T e m p e r a t u r e D e s i g n l lIntegral Pilot Filtration lC–167°F (75°C) lContamination Tolerant Design lh– lIntegrated Main Exhaustlr– lCaptured Exhaust Pilot Maximum Fluid T e m p e r a t u r e Compatible FluidsllCaptured Pusher Cavity Exhaust l, InertlA i r-Assisted Spring Return Mounting Position lIntegral Metering l lTag Mount Provision l1.5 Watt Power Level Electrical Characteristics Optional Features V o l t a g e s lHorizontal Oriented SolenoidlDC–12, 24, 48 O p e r a t o r sl lField Convertible Manual Override SKINNER 7700 LINE THREE-WAY VA LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Brass Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min 1.5 watt 10 watt 10 watt Catalog Number Catalog Number Ref. 7700 Line 1/4”11/640.553015015015077317BN2KN7M77317VN2KN7M1 1/41.23015015015077317BN2PN7M77317VN2PN7M1 7700 Line–External Pilot* 1/4”11/640.55015015015078317BN2KN7M78317VN2KN7M2 1/41.2015015015078317BN2PN7M78317VN2PN7M2 *External pilot pressure to operate valve must be 30-150 PSI. 9 (other voltages available upon request) 220/50-240/60 AC–24/50/60, 110/50-120/60, any position. materials of construction. Multipoised–valves may be installed in Gases and other gases compatible with A i r, Non-Lubricated A i rLubricated 167°F (75°C) P o l y e t h y l e n eF i l t e 1 2 2 ° F ( 5 0 ° C )F l u x t r o n / M a g n e l a t c Set Screw–Stainless Steel (300 Series) A C / D10 Watt r–Stainless Steel (303)S h u t t e 1.5 Watt AC–150°F (65°C) m–Stainless Steel (303)S t e M e t e r i n g s–Stainless Steel (18-8 or 17-4)S p r i n g a m b i e n t . p–Stainless Steel (430 F)S t o Dew point must be more than 7°F below r–Stainless Steel (430 F)P l u n g e 4 0 ° F ( - 4 0 ° C ) e–Stainless Steel (304)u bSleeve T T h e r m o p l a s t i cC a g e T h e r m o p l a s t i cS p o o N B RS e a l 1 .For additional information see pages 40-4y–Brass or 303 Stainless SteelB o d applicable coil/enclosure combinations. approvals are available on valves withU L a bLeaded, 1/2” Conduit, DIN, Screw, T SPECIFICATIONS Agency Approvals l Mechanical Characteristics: Standard Materials of Construction M i s c e l l a n e o u s l 7300 ls– Minimum Ambient T e m p e r a t u r e ll–l-- ls– SKINNER 7300 l LINE FEATURESl Maximum Ambient T e m p e r a t u r el l1.5 Wt–150°F (65°C)lStandard Features l10 Wt–167°F (75°C)l• Unique Seal, Spool and Cage Designr– lh–• Integral Pilot Filtration Compatible Fluids • Contamination Tolerant Design Maximum Fluid T e m p e r a t u r el, Inert• Captured Pusher Cavity Exhaust l • A i r-Assisted Spring Return • Tag Mount Provision Mounting Position • 1.5 Watt Power Level l Electrical Characteristics Optional Features V o l t a g e s • Captured Exhaust Pilot lDC–12, 24, 48 • Horizontal Oriented Solenoid Operators l• M o m e n t a ry or Field Convertible Manual Overrides • Exhaust Adaptors Electrical Connections l SKINNER 7300 LINE THREE-WAY V A LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Brass Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min 1.5 watt 10 watt 1.5 watt 10 watt Catalog Number Catalog Number Ref. 7300 Line 1/4”11/640.553015015015015073317BN2KN0073317VN2KN003 1/41.23015015015015073317BN2PN0073317VN2PN003 7300 Line–External Pilot* 1/4”11/640.55015015015015074317BN2KN0074317VN2KN004 1/41.2015015015015074317BN2PN0074317VN2PN004 7300 Line– 4.0 C , Single Solenoid v 1/2”5/84.03015015015015073317BN4UN00-29A 7300 Line–4.0 C , External Pilot v 1/2”5/84.03015015015015074317BN4UN00-29A 7300 Line–4.0 C , Remote Pilot v 1/2”5/84.03015015015015075317BN4UN00-29A Operating Pressure Differential (PSI) Pipe Orifice C Brass Stainless Steel v Size Size Flow Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min Maximum Catalog Number Catalog Number Ref. 7300 Line-Remote Operate** 1/4”11/640.553015075317BN2KN005 1/41.23015075317BN2PN005 *External pilot pressure to operate valve must be 30-150 PSI.**Remote pilot pressure to operate valve = 35 PSI + .2 (main line pressure) 1 0 a bLeaded, 1/2” Conduit, DIN, Screw, T (other voltages available upon request). AC–24/60, 110/50-120/60, 220/50-240/60 any position. d–valves may be installed inM u l t i p o i s e materials of construction. Gases and other gases compatible with 167°F (75°C) A i r, Non-Lubricated A i rLubricated 1 2 2 ° F ( 5 0 ° C )F l u x t r o n / M a g n e l a t c P o l y e t h y l e n eF i l t e a t s–Stainless Steel (18-8 or 17-4)S p r i n g a t p–Stainless Steel (430 FR)S t o r–Stainless Steel (430 FR)P l u n g e a m b i e n t . e–Stainless Steel (304)u bSleeve T Dew point must be more than 7°F below T h e r m o p l a s t i cC a g e 4 0 ° C )4 0 ° F ( T h e r m o p l a s t i cS p o o N B RS e a l y–Brass or 303 Stainless SteelB o d 1 .For additional information see pages 40-4 applicable coil/enclosure combinations. approvals are available on valves withU L SPECIFICATIONS Agency Approvals l Mechanical Characteristics Standard Materials of Construction l M i s c e l l a n e o u s 7000 Maximum Ambient T e m p e r a t u r els–NBR, FKM l10 Wt–150°F (65°C)l l22 Wt–77°F (25°C)l lh–122°F (50°C)l l Mounting Position l l Compatible Fluids l, Inert Maximum Fluid T e m p e r a t u r e l l Electrical Characteristics Vo l t a g e s lDC–12, 24, 48 l Electrical Connections l SKINNER 7000 SERIES THREE-WAY V A LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Brass Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min 10 watt 22 watt 10 watt Catalog Number Catalog Number Ref. Normally Closed 1/8”1/160.1102152157131KBN1GV006 3/320.2401001007131KBN1LV006 1/4”1/160.1102152157131KBN2GV006 1/160.11x0.095020020071315SN2GNJ17 3/320.17012512571315SN2KNJ17 5/64.17x.2401501507131KBN2JV006 3/320.2401001007131KBN2LV006 3/8”3/82.11018018073312BN3RNJ19 1/2”1/23.61018018073312BN4UNJ19 3/4”3/47.31018018073312BN52NJ19 Continues on next page. 1 1 a bLeaded, 1/2” Conduit, DIN, Screw, T (other voltages available upon request) AC–24/60, 110/50-120/60, 220/50-240/60 Class H coil is used. and 250°F (120°C) on AC provided a temperatures up to 240°F (115°C) on DC vessel number) can be used at fluid (letter “V” in 10th position of pressure for Class F coils. Valves with FKM seals with materials of construction. Maximum fluid temperatures are provided Products and additional fluids compatible Class F coils–185°F (85°C) , Hydraulic Fluids, Petroleuma t e rGases, W A i r, Non-Lubricated A i rLubricated any position. d–valves may be installed inM u l t i p o i s e C o p p e rShading Ring– s–Stainless Steel (18-8)S p r i n g p–Stainless Steel (430 FR)S t o F l u x t r o n / M a g n e l a t c r–Stainless Steel (430 FR)P l u n g e a t e–Stainless Steel (304)u bSleeve T a t S e a l 4 3 0 F ) y–Brass or Stainless Steel (303 orB o d 1 .For additional information see pages 40-4 applicable coil/enclosure combinations. approvals are available on valves withU L SPECIFICATIONS SKINNER 7000 SERIES THREE-WAY VA LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Brass Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min 10 watt 22 watt 10 watt Catalog Number Catalog Number Ref. Normally Open 1/8”1/16x1/80.10x0.28015015071395SN1GVJ17 3/32x1/80.17x0.28012512571395SN1KVJ17 1/4”1/16x1/80.10x0.28015015071395SN2GNJ17 1/16x1/80.10x0.28015015071395SN2GVJ17 3/32x1/80.17x0.28012512571395SN2KNJ17 3/8”3/82.11018018073322BN3RNJ19 3/82.11018018073382BN3RNJ19 1/2”1/23.61018018073322BN4UNJ19 3/4”3/47.31018018073322BN52NJ19 Multipurpose 1/8”1/160.1101501507133KBN1GVJ16 5/640.1501001007133KBN1JVJ16 1/4”3/640.052018018071335SN2ENJ17 1/160.095011511571335SN2GNJ17 1/160.1101501507133KBN2GVJ16 5/640.1501001007133KBN2JVJ16 3/320.170808071335SN2KNJ17 3/320.24060607133KBN2LVJ16 All-Ports-In-Body, Normally Closed 1/4”1/160.09502002007131TVN2GV0010 5/640.1401501507131TVN2JV0010 5/6x1/80.14x0.3101501507131TBN2JV0011 3/320.1901201207131TVN2LV0010 3/32x9/640.19x0.3801201207131TBN2LV0011 1/80.31070707131TVN2NV0010 1/4.49x.63030307131TBN2RV0011 All-Ports-In-Body, Normally Open 1/4”5/32x1/80.41x0.3101507132TBN2NV0011 All-Ports-In-Body, Multipurpose 1/4”1/160.09501501507133TVN2GV0010 5/640.1701001007133TBN2JV0011 5/640.1801001007133TVN2JV0010 1/80.31030307133TBN2NV0011 1/80.32030307133TVN2NV0010 Normally Closed,Quick Exhaust* 1/4”3/32x1/80.11x0.35012512571313SN2KNJ18 1/40.2x1.101001007131EBN2LN0012 *The valves operate at 0 PSI, however a 2 PSI minimum pressure differential is required to actuate the pressure operated quick exhaust poppet. 1 2 F o u r- Way V a l v e s ay with a Cv 1 3 0.35, 1 or 1.4 for 7000 Series valves. flow factor of 0.55 or 1.2 for 7700 and 7300 Line valves and These four-way valves have a maximum pressure differential of 150 PSI, 7000 Series four-way valves are available in aluminum body material. They are available in brass or 303 stainless steel body materials. Skinner and cage design, integral pilot filtration and contamination tolerant design. features found in the line’s three-way valves, including a unique seal, spool -way 7700 and 7300 Line valves have many of the same standardF o u r 7700 Line, 7300 Line, and standard solenoid valves. solenoid models are designed for long, trouble-free life, and are available in acting, pneumatic actuators or cylinders. Two-position, single or double Skinner four-way solenoid valves are ideal for use in controlling double alves Solenoid V-WF o u r Actuation Series alve Skinner V Electrical Connections l Agency Approvals Mechanical Characteristics l Standard Materials of Construction l 7700 ls– ll– M i s c e l l a n e o u sls– SKINNER 7700 l Minimum Ambient T e m p e r a t u r e lLINE FEATURESl- l l Standard Features l lUnique Seal, Spool and Cage Maximum Ambient T e m p e r a t u r e D e s i g n l lIntegral Pilot Filtration lC–167°F (75°C) lContamination Tolerant Design lh–lr–lIntegrated Main Exhaust lCaptured Exhaust Pilot Maximum Fluid T e m p e r a t u r e Compatible Fluids llCaptured Pusher Cavity Exhaust l, Inert lA i r-Assisted Spring Return Mounting Position lIntegral Metering l lTag Mount Provision l1.5 Watt Power Level Electrical Characteristics Optional Features V o l t a g e s lHorizontal Oriented SolenoidlDC–12, 24, 48 O p e r a t o r sl lField Convertible Manual Override SKINNER 7700 LINE FOUR-WAY V A LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Brass Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min. 1.5 watt 10 watt 10 watt Catalog Number Catalog Number Ref. 7700 Line 1/4”11/640.553015015015077417BN2KN7M77417VN2KN7M1 1/41.23015015015077417BN2PN7M77417VN2PN7M1 7700 Line– Double Solenoid 1/4”11/640.553015015015077477BN2KN7M77477VN2KN7M13 1/41.23015015015077477BN2PN7M77477VN2PN7M13 7700 Line– External Pilot* 1/4”11/640.55015015015078417BN2KN7M78417VN2KN7M2 1/41.2015015015078417BN2PN7M78417VN2PN7M2 *External pilot pressure to operate valve must be 30-150 PSI. 1 4 (other voltages available upon request) 2 2 0 / 5 0 - 2 4 0 / 6 0 AC–24/50/60, 110/50-120/60, any position. d–valves may be installed inM u l t i p o i s ematerials of construction. Gases and other gases compatible with A i r, Non-Lubricated A i rLubricated 167°F (75°C) P o l y e t h y l e n eF i l t e 1 2 2 ° F ( 5 0 ° C )F l u x t r o n / M a g n e l a t c Set Screw–Stainless Steel (300 Series) A C / D10 Watt r–Stainless Steel (303)S h u t t e 1.5 Watt AC–150°F (65°C) m–Stainless Steel (303)S t e M e t e r i n g a m b i e n t . s–Stainless Steel (18-8 or 17-4)S p r i n g Dew point must be more than 7°F below p–Stainless Steel (430 FR)S t o 4 0 ° F ( - 4 0 ° C ) r–Stainless Steel (430 FR)P l u n g e e–Stainless Steel (304)u bSleeve T T h e r m o p l a s t i cC a g e T h e r m o p l a s t i cS p o o N B RS e a l 1 .For additional information see pages 40-4 y–Brass or 303 Stainless SteelB o d applicable coil/enclosure combinations. approvals are available on valves withU L a bLeaded, 1/2” Conduit, DIN, Screw, T SPECIFICATIONS Electrical Connections l Agency Approvals Mechanical Characteristics l Standard Materials of Construction l 7300 ls– ll– M i s c e l l a n e o u sls–SKINNER 7300 l LINE FEATURESMinimum Ambient T e m p e r a t u r e l l-- Standard Featuresl • Unique Seal, Spool and Cage Design l • Integral Pilot Filtration lr– • Contamination Tolerant Design Maximum Ambient T e m p e r a t u r e • Captured Pusher Cavity Exhaust Compatible Fluidsl1.5 Wt–150°F (65°C) • A i r-Assisted Spring Return l, Inertl10 Wt–167°F (75°C) • Tag Mount Provision lh–• 1.5 Watt Power Level Optional Features Maximum Fluid T e m p e r a t u r e • Captured Exhaust Pilot Electrical Characteristicsl • Horizontal Oriented Solenoid Operators • M o m e n t a ry or Field Convertible V o l t a g e s Mounting Position Manual OverrideslDC–12, 24, 48l • Exhaust Adaptors lAC–24/60, 1 SKINNER 7300 LINE FOUR-WAY V A LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Brass Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min. 1.5 watt 10 watt 1.5 watt 10 watt Catalog Number Catalog Number Ref. 7300 Line 1/4”11/640.553015015015015073417BN2KN0073417VN2KN003 1/41.23015015015015073417BN2PN0073417VN2PN003 7300 Line–Double Solenoid 1/4”11/640.553015015015015073477BN2KN0073477VN2KN0014 1/41.23015015015015073477BN2PN0073477VN2PN0014 7300 Line– External Pilot* 1/4”11/640.55015015015015074417BN2KN0074417VN2KN004 1/41.2015015015015074417BN2PN0074417VN2PN004 7300 Line–4.0 C , Single Solenoid v 1/2”5/84.03015015015015073417BN4UN00-29A 7300 Line–4.0 C , Double Solenoid v 1/2”5/84.03015015015015073477BN4UN00-29A 7300 Line–4.0 C , Single Solenoid External Pilot v 1/2”5/84.03015015015015074417BN4UN00-29A 7300 Line– 4.0 C , Single Solenoid Remote Pilot v 1/2”5/84.03015015015015075417BN4UN00-29A Operating Pressure Differential (PSI) Pipe Orifice C Brass Stainless Steel v Size Size Flow Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min Maximum Catalog Number Catalog Number Ref. 7300 Line–Remote Operate** 1/4”11/640.553015075417BN2KN005 1/41.23015075417BN2PN005 *External pilot pressure to operate valve must be 30-150 PSI. **Remote pilot pressure to operate valve= 35 PSI+.2 (main line pressure) 1 5 (other voltages available upon request) any position. 0-120/60, 220/50-240/601 0 / 5 d–valves may be installed inM u l t i p o i s e 167°F (75°C) materials of construction. 1 2 2 ° F ( 5 0 ° C )F l u x t r o n / M a g n e l a t c Gases and other gases compatible with a t A i r, Non-Lubricated A i rLubricated a t P o l y e t h y l e n eF i l t e a m b i e n t . s–Stainless Steel (18-8 or 17-4)S p r i n g Dew point must be more than 7°F below p–Stainless Steel (430 FR)S t o 4 0 ° C )4 0 ° F ( r–Stainless Steel (430 FR)P l u n g e e–Stainless Steel (304)u bSleeve T T h e r m o p l a s t i cC a g e T h e r m o p l a s t i cS p o o N B RS e a l 1 .For additional information see pages 40-4 y–Brass or 303 Stainless SteelB o d applicable coil/enclosure combinations. approvals are available on valves withU L a bLeaded, 1/2” Conduit, DIN, Screw, T SPECIFICATIONS Electrical Connections l Agency Approvals Mechanical Characteristics l Standard Materials of Construction ly– 7000 ls– ll– M i s c e l l a n e o u s l Maximum Ambient T e m p e r a t u r el l10 Wt–150°F (65°C)l lh–122°F (50°C)l l Mounting Position l Compatible Fluids l, Maximum Fluid T e m p e r a t u r e l Electrical Characteristics: V o l t a g e s lDC–12, 24, 48 l SKINNER 7000 SERIES FOUR-WAY VA LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Aluminum v Size Size Flow AC DC Pressure Vessel Constr. (NPT) (Inches) Factor Min. 10 watt 10 watt Catalog Number Ref. 4-Way 1/8”5/320.35151501507341LAN1HNM015 1/4”15/6413015015073419AN2NN0016 15/6413015015073419AN2NNM016 5/161.4151501507341LMN2NNM017 1 6 (other voltages available upon request) AC–24/60, 110/50-120/60, 220/50-240/60 167°F (75°C) Inert Gases A i r, Non-Lubricated A i rLubricated any position. d–valves may be installed inM u l t i p o i s e C o p p e rShading Ring– s–Stainless Steel (18-8)S p r i n g F l u x t r o n / M a g n e l a t c p–Stainless Steel (430 FR)S t o a t r–Stainless Steel (430 FR)P l u n g e e–Stainless Steel (304)u bSleeve T A l u m i n u mS p o o N B RS e a l 4 1 .For additional information see pages 40- A l u m i n u mB o d applicable coil/enclosure combinations. approvals are available on valves withU L a bLeaded, 1/2” Conduit, DIN, Screw, T SPECIFICATIONS Intrinsically Safe V a l v e s 1 7 degree of safety. applications where human interaction is required to ensure the highest installation cost. ANo-Voltage-Release manual reset device is available for with NAMUR interface can be mounted directly to actuators to save Six special purpose valves are also in our portfolio. Five designs while the four-way valves are two-position, single or double solenoid. The three-way valves are offered as normally closed or multipurpose, normal operation or under fault conditions. of causing explosive atmospheres to ignite by spark or thermal effect during Division I. As part of an intrinsically safe system, the valves are incapable I, Groups A, B, C, D; Class II, Division I, Groups E, F, G; and Class III, Standards Association approval for locations classified as Class I, Division Intrinsically Safe valves have Factory Mutual Research and Canadian When used in conjunction with approved safety barriers, Skinner combustible dust, or easily ignitable fibers or flyings. hazards exist due to the presence of flammable gases, vapors, liquids, specifically designed for use in hazardous locations where fire or explosion safety related products. Skinner Intrinsically Safe solenoid valves are Skinner Valve has long served industry with innovative valve solutions and e salvSolenoid V sically SafeI n t r i n Skinner Electrical Characteristics: Agency Approvals I ntri n s i c a l l yl Mechanical Characteristics Standard Materials of Construction l Safe V a l v e s ls–NBR, FKM ll– M i s c e l l a n e o u s ls– lAmbient T e m p e r a t u r e ll l l Fluid T e m p e r a t u r e Compatible Fluids ll, Mounting Position l SKINNER INTRINSICALLY SAFE SOLENOID VA LV E S Operating Pressure Differential (PSI) Pipe Orifice C v Size Size Flow Ambient Fluid Body Pressure Vessel Constr. (NPT) (Inches) Factor Minimum Maximum Temp.(F°) Temp.(F°) Material Catalog Number Ref. 3-Way 1/4”5/1280.040150+14 to 150+14 to 167BrassU131K049018 5/1280.040150+14 to 150+14 to 167316LS.S.U131V549019 3/640.060100+14 to 150+14 to 167BrassU131K089018 3/640.060100+14 to 150+14 to 167316LS.S.U131V589019 13/640.50150-13 to 150-13 to 167316LS.S.U133X5196*20 1/41.230150+14 to 150+14 to 167Brass73317BN2PN9021 3-Way –4.0 C , Single Solenoid v 1/2”5/84.030150+14 to 150+14 to 167Brass73317BN4UN908A 5/84.030150-40 to 150-40 to 167Brass73317BN4U9C8A 3-Way– Manual Reset 1/4”13/640.50150-13 to 150-13 to 167316LS.S.U033X5156*22 4-Way 1/4”11/640.5530150+14 to 150+14 to 167Brass73417BN2KN9021 11/640.5530150+14 to 150+14 to 167303 S.S.73417VN2KN9021 1/40.715150+14 to 150+14 to 167Alum.U341B349023 1/41.230150+14 to 150+14 to 167Brass73417BN2PN9021 1/2”9/1647150+14 to 150+14 to 167Alum.U341L219024 4-Way– 4.0 C , Single Solenoid v 1/2”5/84.030150+14 to 150+14 to 167Brass73417BN4UN908A 5/84.030150-40 to 150-40 to 167Brass73417BN4UN9C8A 4-Way, Double Solenoid 1/4”11/640.5530150+14 to 150+14 to 167303 S.S.73477VN2KN9025 1/41.230150+14 to 150+14 to 167Brass73477BN2PN9025 4-Way –4.0 C , Double Solenoid v 1/2”5/84.030150+40 to 150+14 to 167Brass73477BN4UN908A 5/84.030150-40 to 150-40 to 167Brass73477BN4U9C8A NAMUR 3/4-Way 1/4”11/640.5530150+14 to 150+14 to 167Alum.73417AKDKN9026 1/41.230150+14 to 150+14 to 167Alum.73417AKDPN9026 NAMUR 3/4-Way, Double Solenoid 1/4”11/640.5530150+14 to 150+14 to 167Alum.73477AKDKN9027 1/41.230150+14 to 150+14 to 167Alum.73477AKDPN9027 *Requires coil 490860N7 1 8 any position. d–valves may be installed inM u l t i p o i s e Inert Gases A i r, Non-Lubricated A i rLubricated -40°F to 167°F (-40°C to 75°C), see chart s–Stainless Steel (18-8)S p r i n g specific coil/pressure vessel combinations. p–Stainless Steel (430 F)S t o Temperature ranges are dictated by the r–Stainless Steel (430 F)P l u n g e -40°F to 150°F (-40°C to 65°C), see chart e–Stainless Steel (304)u bSleeve T T h e r m o p l a s t i cC a g e T h e r m o p l a s t i cS p o o S e a l FMRC approval only. A l u m i n u my–Brass, Stainless Steel or B o d combinations. Valves starting with a 7, on valves with applicable coil/enclosure FMRC and CSAapprovals are available SPECIFICATIONS Intrinsically Safe Solenoid Va l v e s I N T R I N S I C A L LY SAFE SOLENOIDS Solenoid Minimum Total Ambient Factory Mutual Part Nominal Operating Solenoid Temperature Entity Parameters Number Voltage Current* Resistance Range Vmax Imax Ci Li Splice Box Coil Enclosure 49088524 VDC29 mA345 Ohms-13 to +15030 V100 mA0 microF0 mH Potted Coil With Lead Wires 49089024 VDC29 mA345 Ohms-13 to +15030 V100 mA0 microF0 mH Potted Coil With DIN Connection 49089524 VDC29 mA345 Ohms-13 to +15030 V100 mA0 microF0 mH 32mm DIN Coil And Plug Adaptor 49088024 VDC35 mA340 Ohms-13 to +13030 V100 mA0 microF0 mH Splice Box Coil Enclosure with Booster Circuit 490860**24 VDC.60 mA23 Ohms-13 to +150Loop Approval only. Consult factory. *These are the currents at which a complete assembly (coil and pressure vessel) will operate. **For use on U133X5196 only. To Order a Complete I.S. V a l v e : I N T R I N S I C A L LY SAFE SOLENOIDS 1 . Select the base valve which meets the application requirements. 1/2”NPT Hazardous Conduit Hub 2 . Select the desired coil/enclosure combination. Classifications Adaptor 3 . Delete the first two digits of the coil part number. Splice Box Coil Enclosure 490885 Div. I; Class I, II, III; Groups A-GU22-0024 . For valves that start with a 7, add N0 to catalog number. Potted Coil With Lead Wires 490890 5 . Add the remaining four digits of the coil number to the end of the base valve number. Div. I; Class I, II, III; Groups A-GU22-003 Potted Coil With DIN Connection 490895 6 . Add the voltage code N7 to the number. Div. I; Class I, II, III; Groups A-GU27-001 32mm DIN Coil And Plug Adaptor 490880 (FMRC only) Div. I; Class I, II, III; Groups C-GU27-001 Splice Box Coil Enclosure with Booster Circuit 490860 Div. I; Class I, II, III; Groups C-GU22-001 1 9 a t e r t i g h tis built to meet NEMA4 W configuration for the application. Each coil i n s t a l l a t i o n . the selection of the optimum coil adaptors may be ordered for field contains five different coil designs to allow conduit is preferred, 1/2” NPTconduit hub f e r i n g’s Intrinsically Safe valve ofS k i n n e r classification. If the use of electrical construction, and has a T6 temperature Ultra Low-Power V a l v e s 2 0 4X, 7 and 9 versions. 4X and NEMAThe coils come in an integrated design in both NEMA driven from the same power source, reducing the overall installation cost. minimum. These devices allow for an increased number of solenoids to be consumption is critical or where heat rise in the coil must be kept to a g yin automated control systems, applications where minimizing ener watts with no refresh time required. These valves are ideally suited for use conventional coil construction to achieve a power consumption level of 0.6 to keep current draw to a minimum by controlling the stroke, and ’s Ultra Low-Power solenoid valves use a unique operator designedS k i n n e r alves Solenoid V Skinner Ultra Low-Power V o l t a g e s lDC–12, 24, 48 U l t r a Electrical Connections Mechanical Characteristics l Standard Materials of Construction Agency Approvals l L o w - P o w e rl ls– ll– SKINNER 7300ls– LINE FEATURESl M i s c e l l a n e o u sl Standard Features l• Unique Seal, Spool and Cage Design Minimum Ambient T e m p e r a t u r e • Integral Pilot Filtrationl l • Contamination Tolerant Design lr– • Captured Pusher Cavity Exhaust • A i r-Assisted Spring Return Compatible Fluids • Tag Mount Provision l, Inert Maximum Ambient T e m p e r a t u r e • 1.5 Watt Power Level l Optional Features • Captured Exhaust Pilot Maximum Fluid T e m p e r a t u r e • Horizontal Oriented Solenoid Operatorsl Electrical Characteristics • M o m e n t a ry or Field Convertible Manual Overrides Mounting Position Power Consumption • Exhaust Adaptorsl l0.6 W . SKINNER ULTRA LOW-POWER VA LV E S Operating Pressure Differential (PSI) Pipe Orifice C Brass Stainless Steel v Size Size Flow Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Minimum Maximum Catalog Number Catalog Number Ref. 3-Way 1/4”5/1280.0401507131KBN2EV907131KVN2EV9018/19 7300 Line – 3-Way 1/4”11/640.553015073317VN2KN9021 1/41.23015073317BN2PN9021 7300 Line 4.0 C , Single Solenoid v 1/2”5/84.03015073317BN4UN90-29A 7300 Line – 4-way 1/4”11/640.553015073417VN2KN9021 1/41.23015073417BN2PN9021 7300 Line 4.0 C , Single Solenoid v 1/2”5/84.03015073417BN4UN90-29A 7300 Line – 4-Way, Double Solenoid 1/4”11/640.553015073477VN2KN9025 1/41.23015073477BN2PN9025 7300 Line 4.0 C , Double Solenoid v 1/2”5/84.03015073477BN4UN90-29A Operating Pressure Differential (PSI) Pipe Orifice C Aluminum Stainless v Size Size Flow Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Minimum Maximum Catalog Number Catalog Number Ref. 7300 Line – 4-Way, Direct Mount 1/4”11/640.553015073417AKDKN9026 1/41.23015073417AKDPN9026 7300 Line – 4-Way, Double Solenoid,Direct Mount 1/4”11/640.553015073477AKDKN9027 1/41.23015073477AKDPN9027 2 1 any position. a t t s d–valves may be installed inM u l t i p o i s e 167°F (75°C) materials of construction. 140°F (60°C) Gases and other gases compatible with A i r, Non-Lubricated A i rLubricated a m b i e n t . Dew point must be more than 7°F below P o l y e t h y l e n eF i l t e + 1 4 ° F ( - 1 0 ° C ) s–Stainless Steel (18-8 or 17-4)S p r i n g p–Stainless Steel (430 F)S t o r–Stainless Steel (430 F)P l u n g e e–Stainless Steel (304)u bSleeve T T h e r m o p l a s t i cC a g e For additional information see pages 40-41. T h e r m o p l a s t i cS p o o applicable coil/enclosure combinations. N B RS e a l approvals are available on valves withU L y–Brass or 303 Stainless SteelB o d 1/2” Conduit SPECIFICATIONS Manual Reset V a l v e s 2 2 exhaust air. valves are provided with five ports for separate control of the actuator normally closed and multipurpose configurations. Four-way Manual Reset The three-way Manual Reset valves are offered in normally open, tripped allowing the valve to return to its original position. coil is de-energized, the handle and latching mechanism are automatically position. The movement of the handle causes the valve to shift. When the first energized and then the hand lever is manually moved to the latched In the case of No-Voltage-Release Manual Reset valves, the coil is original position. mechanism are automatically tripped allowing the valve to return to its valve to shift. When the coil is energized, the handle and latching moved to the latched position. The movement of the handle causes the Manual Reset valve, the coil is de-energized and the hand lever is manually r i p p e dTripped or No-Voltage-Release models. To operate an Electrically T Skinner Manual Reset valves are available in either Electrically purpose valves act as “fluid circuit breakers” in a control system. drilling platforms, refineries, and fuel dispensing stations. These special highest concern. Typical applications include chemical processing plants, oil Skinner Manual Reset solenoid valves are often specified when safety is the alves Solenoid V e s e tSkinner Manual R lls–NBR, FKMDC–12, 24, 48 l Electrical Connections l lM a n u a l l lAgency Approvals l Compatible Fluids R e s e t l M i s c e l l a n e o u s Maximum Fluid T e m p e r a t u r e Electrical Characteristics l Power Consumption Mechanical Characteristics Maximum Ambient T e m p e r a t u r e l10 Ws– lStandard Materials of Construction10 Wt–167°F (75°C) l22 Ws– ll22 Wt–131°F (55°C) V o l t a g e s ll SKINNER MANUAL RESET VA LV E S Pipe Orifice C Operating Pressure Max No Voltage Electrically v Size Size Flow Differential(PSI) Fluid Release Tripped (NPT) (Inches) Factor Min AC Max DCMax Temp (°F) Pressure Vessel Pressure Vesse 3-Way Normally Closed,Brass Body, NBR Seals 1/4”11/640.553015015016570317BN2KNVR70317BN2KNET 1/41.23015015016570317BN2PNVR70317BN2PNET 3/8”3/82.11018018018570312BN3RNVR70312BN3RNET 1/2”1/23.61018018018570312BN4UNVR70312BN4UNET 3/4”3/47.31018018018570312BN52NVR70312BN52NET 3-Way Normally Closed,Stainless Steel Body, NBR Seals 1/4”3/64x3/320.62x.017020020018570315SN2ENVR70315SN2ENET 1/8x3/320.23x0.17020020018570315SN2ENVR70315SN2MNET 11/640.553015015016570317VN2KNVR70317VN2KNET 1/40.553015015016570317VN2PNVR70317VN2PNET 3-Way Normally Closed,Stainless Steel Body, FKM Seals 1/4”1/16x3/320.11x0.17015015018570315SN2GVVR70315SN2GVET 3/32x3/320.17x0.170909018570315SN2KVVR70315SN2KVET 3-Way Normally Open,Brass or Stainless Steel Body, NBR Seals 1/4”1/16x3/320.095x0.17015015018570325SN2GNVR70325SN2GNET 3/8”5/82.11018018018570322BN3RNVR70322BN3RNET 1/2”1/23.61018018018570322BN4UNVR70322BN4UNET 3/4”3/47.31018018018570322BN52NVR70322BN52NET 3-Way Universal All-Ports In Body, Brass Body, NBR Seals 1/4”5/64x5/640.17x0.1701001001857033TBN2JVVR7033TBN2JVET 1/8x1/80.23x0.23050501857033TBN2NVVR7033TBN2VVET 3-Way Universal All-Ports In Body, 303 Stainless Steel Body, FKM Seals** 1/4”1/16x1/16.095x0.0901501501857033TVN2GVVR7033TVN2GVET 5/64x5/640.17x0.1701001001857033TVN2JVVR7033TVN2JVET 1/8x1/80.23x0.23050501857033TVN2NVVR7033TVN2NVET 3-Way Intrinsically Safe, Stainless Steel Body, NBR Seals 1/4”3/160.630145145135U033X51560860N7* 4-Way, Aluminum Body, NBR Seals 1/4”1/411515015016570419AN2NNVR70419AN2NNET 4-Way, Brass Body, NBR Seals 1/4”11/640.553015015016570417BN2KNVR70417BN2KNET 1/41.23015015016570417BN2PNVR70417BN2PNET 4-Way, Stainless Steel Body, NBR Seals 1/4”11/640.553015015016570417VN2KNVR70417VN2KNET 1/41.23015015016570417VN2PNVR70417VN2PNET 2 3 2 2 0 / 5 0 - 2 4 0 / 6 0 B r a s sManual Reset Housing– AC–24/60, 110/50-120/60, as specified a tA l u m i n u my–Brass, Stainless Steel or B o d D Ca t t a t A Ca t t 185°F (85°C) SPECIFICATIONS and petroleum products. Consult factory. valves are compatible with inert gases, air, For additional information see pages 40-41. Determined by valve selection. Most applicable coil/enclosure combinations. approvals are available on valves withU L Sleeve tube–Stainless Steel (304) p–Stainless Steel (430 FR)S t o a b sLeaded, DIN, 1/2 conduit, Screw, T s–Stainless Steel S p r i n g r–Stainless Steel (430 FR)P l u n g e S e a l Direct Mount (NAMUR patterned) V a l v e s v 2 4 actuator failure. drawn into the spring cavity promoting spring corrosion and premature contaminated with moisture, dust particles, or other particulates–would be . Without this venting feature, environmental air–which is oftena c t u a t o r plate channels return air from the piston side to the spring cavity of the rotating the conversion plate 180 degrees. In the 3-way configuration, the The user can alter the function of the valve from 4-way to 3-way simply by .55 to 1.2, and are supplied with a unique 3-way/4-way conversion plate. range fromThe four-way Skinner NAMUR valve designs have a C acting models. Three-way Skinner NAMUR valves are normally closed, direct x 2mm O-rings as standard. 1 6 m mincludes two M5 mounting screws, an M5 positioning stud, and two defining the critical dimensions and locations, the NAMUR interface pattern mounting pattern referred to as the NAMUR interface. In addition to , actuator manufacturers are utilizing a standardizedI n c r e a s i n g l y proper valve function and adequate sealing. locations of the process connections, mounting screws, and so on, to achieve For Direct-Mount solenoid valves, it is important to define the exact alves Solenoid V o u n tSkinner Direct M lr–M i s c e l l a n e o u s le– Minimum Ambient T e m p e r a t u r e Direct Mount Compatible Fluidsl-- l, Inert Maximum Ambient T e m p e r a t u r e l1.5 Wt–150°F (65°C) Electrical Characteristics l10 Wt–167°F (75°C) Mechanical Characteristics lV o l t a g e s22 Wt–77°F (25°C) llDC–12, 24, 48h–Standard Materials of Construction ll Maximum Fluid T e m p e r a t u r e ls–NBR or FKM l ll– Electrical Connections ls–Mounting Position l llSleeve T lAgency Approvals ll l l SKINNER DIRECT MOUNT V A LV E S Operating Pressure Differential (PSI) Pipe Orifice C Maximum Aluminum Stainless Steel v Size Size Flow AC DC Pressure Vessel Pressure Vessel Constr. (NPT) (Inches) Factor Min. 1.5 watt 10 watt 22 watt 1.5 watt 10 watt 22 watt Catalog Number Catalog Number Ref. 3-Way 1/4”3/320.17015015071315AKDKN0028 5/640.1401501507131TVKDJV0029 3/320.1901201207131TVKDLV0029 1/80.31070707131TVKDNV0029 1/80.3101201207131TVKDNVP029 7700 Line–3-Way/4-Way 1/4”11/640.553015015015077417AKDKN0077417VKDKN0030 1/41.23015015015077417AKDPN0077417VKDPN0030 7700 Line – 3-Way/4-Way, Double Solenoid 1/4”11/640.553015015015077477AKDKN0077477VKDKN0031 1/41.23015015015077477AKDPN0077477VKDPN0031 7700 Line – 3-Way/4-Way, External pilot 1/4”11/640.553015015015078417AKDKN0078417VKDKN0030 1/41.23015015015078417AKDPN0078417VKDPN0030 7300 Line –3-Way/4-Way 1/4”11/640.553015015015015073417AKDKN0073417VKDKN0032 1/41.23015015015015073417AKDPN0073417VKDPN0032 7300 Line –3-Way/4-Way, Double Solenoid 1/4”11/640.553015015015015073477AKDKN0073477VKDKN0033 1/41.23015015015015073477AKDPN0073477VKDPN0033 7300 Line –3-Way/4-Way, External Pilot 1/4”11/640.553015015015015074417AKDKN0074417VKDKN0032 1/41.23015015015015074417AKDPN0074417VKDPN0032 2 5 Set screw–Stainless Steel (300 Series) r–Stainless Steel (303)S h u t t e m–Stainless Steel (303)S t e For additional information see pages 40-41.M e t e r i n g applicable coil/enclosure combinations.s–Stainless Steel (18-8 or 17-4)S p r i n g approvals are available on valves withU Lp–Stainless Steel (430 FR)S t o any position.r–Stainless Steel (430 FR)P l u n g e d–valves may be installed inM u l t i p o i s ee–Stainless Steel (304)u b a bLeaded, 1/2” Conduit, DIN, Screw, T T h e r m o p l a s t i cC a g e T h e r m o p l a s t i cS p o o 167°F (75°C) S e a l (other voltages available upon request). y–Aluminum or 303 Stainless SteelB o d AC–24/60, 110/50-120/60, 220/50-240/60 1 2 2 ° F ( 5 0 ° C )F l u x t r o n / M a g n e l a t c a t a t a t SPECIFICATIONS materials of construction. a m b i e n t . Gases and other gases compatible with Dew point must be more than 7°F below A i r, Non-Lubricated A i rLubricated 4 0 ° C )4 0 ° F ( T h e r m o p l a s t i cP l a t P o l y e t h y l e n eF i l t e Quick Exhaust Module 7700 Line Manual Override Plug C o i l s , O ptions and MNVR. A c c e s s o r i e s A v . Pilot Guard . 7700 Line Convertible Manual O v e r r i d e . 2 6 MNVRO1of the part number. Part number products that has a 7M in positions 11 &12 can be installed in any of the 7700 Line override in the field. This manual override valve to a latching or momentary manual This device will allow you to change the M E C H 7 Lnumber entering the valve through the sleeve. Part prevent ambient contamination from The Pilot Guard uses a polyethylene filter to Q E X H 2 Vpart number , or stainless steel construction,Q E X H 2 B be ordered in either brass, part number . The Module mayexhaust flow to 1.1 C Quick Exhaust Module increases the cylinder port of a standard 3-way valve, the c c e s s o r i e s Designed to be installed into the solenoid valve may be used. Quick Exhaust Module and a standard pressurize the actuator, the Honeywell special purpose solenoid valve to de- O 2number pressurized rapidly. Rather than utilizing a positions 11 &12 of the part number. Partthe valve actuator must be vented and de- 7700 Line products that has an M0 in. In order to close the control valve,q u i c k l y This plug can be installed in any of thenecessary to close the control valve very manual override option from the valve.gency shutdown situation, it ise m e r manual override in the field, removing theprocessing cycle, or in the event of an This accessory will replace the convertibleIn many instances during the normal Universal Mounting Bracket Flow Control V a l v e s Wrench Nut the NPT Body mounting options are also available on Part Number U08-009 (1/4” NPT) specific valve families. A listing is provided Part Number U08-012 (1/2” NPT) b e l o w : Exhaust Nut Adaptor or 1/4” NPTpipe thread. EXHAUST ADAPTOR NUT Part Number Port Size (NPT) Seal Material ADAP1N1/8”NBR B2: For the “2” family valves with 3/8” ADAP1V1/8”FKM or 1/2” NPT connections.ADAP2N1/4”NBR Metering PlateADAP2V1/4”FKM . B5: For the “5” family, this bracket allows two different body mounting configurations. B8: For the “8” family, this bracket provides a flexible side mounting alternative. 2 7 s c r e w d r i v e r the metering plate screws using an ordinary accomplished by adjusting either or both of the solenoid valve. The flow control is plastic transition plate that is shipped with assembled between the actuator and the metering plate (U40-015) is used. It is For NAMUR direct mount valves, the by converting the connection to either a 1/8” Allows easy piping of the sleeve exhaust port pusher cavity through port #3.valves, or as an accessory item(7NB). restricting the flow of the exhaust of theenclosure (code NB) on fully assembled ports of the solenoid valve withoutor smaller pipe connections Available as an down the flow of air out of the exhaustsecured. Note: for use on valves with 1/4” When used, the flow control valve slowsis tightened, the bracket is automatically maintenance and repair. cavity exhaust feature to function properly.before the coil. When the coil retention nut assemblies when performing productare designed to enable the captured pushercoils. This bracket is installed on the sleeve available to assist with removal of sleeveT h e ymetering valves can be used. valves with ordinary location integrated AWrench Nut (part number U99-011) isFor pipe mounted solenoid valves, either ofFor side mounting options when equipping Integrated Coil Descriptions Coil Selections 1/2-inch Conduit T e r m i n a t i o n s C 1 1 1 C 2 2 2 C 3 2 2 H 1 1 1 H 2 2 2 H 3 2 2 H 1 S 1 H 2 S 1 H 3 S 1 H 6 S 1 H 7 S 1 C 6 1 1 H 6 1 1 C 7 1 1 H 7 1 1 Leaded T e r m i n a t i o n s DIN T e r m i n a t i o n s L 1 1 1 L 2 2 2 L 3 2 2 D 1 0 0 D 2 0 0 D 3 0 0 2 8 Class H, 22 Watt Class H, 10 Watt Class F, 10 Watt 1/2-inch conduit connectors. Class H, 22 Watt 43650 A. Available with cable gland and Class H, 10 Watt Molded with standard connection per DIN Class F, 10 Watt l e a d s . Molded with an internal yoke and 18-inch specific technical section. Intrinsically Safe valves are provided in the coils are also available. Additional coils for coils such as the Fluxtron and Magnelatch terminals; and Tab connections. Specialty Connections; DIN Terminations; Screw Class F, 0.6 Watt Hazardous Location including: Lead Wires; 1/2” Conduit Class F, 0.6 Watt Ordinary Location with a variety of termination options Class F, 1.5 Watt Hazardous Location Skinner coils include integrated coils Class F, 1.5 Watt Hazardous Location each catalog section. Class F, 0.6 Watt Hazardous Location . Valve pressure ratings are provided inv a r y Class F, 1.5 Watt Hazardous Location rating, the pressure rating of a valve can Class H, 22 Watt Hazardous Location Depending on the coil voltage and power Class H, 10 Watt Hazardous Location which is used to operate the solenoid valve. Class F, 10 Watt Hazardous Location flux, in turn, produces an attraction force Class H, 22 Watt Hazardous Location supplied to the windings. The magnetic Class H, 10 Watt Hazardous Location magnetic flux when electrical power is Class F, 10 Watt Hazardous Location Coils are electrical devices that produce Class H, 22 Watt Ordinary Location Class H, 10 Watt Ordinary Location Class F, 10 Watt Ordinary Location hazardous location requirements. leads. Available for ordinary location and Molded with a conduit boss and 18-inch Screw T e r m i n a t i o n s Fluxtron Electronic Coils Pressure Ratings S 1 0 0 S 2 0 0 S 3 0 0 Magnelatch Latching Coils Tab T e r m i n a t i o n s T 1 0 0 FLUXTRON ELECTRONIC COIL VOLT A G E S INTEGRATED AND MAGNELATCH LATCHING COIL VOLTAGES Voltages* Voltage Code DC Voltages Voltage Code 12 VDCC1 12 VDC*C1 24 VDCC2 24 VDC*C2 48 VDCC4 48 VDCC4 120 VDCC6 125 VDC3N 24V/50-60HZP0 AC Voltages Voltage Code 110V-120V, 50/60HZ2W 24V/60HZ*B2220V-240V, 50/60HZ3W 120V/60HZ–110V/50HZ*P3 *Other coil voltages available upon request, consult Skinner Valve. 240V/60HZ–220V/50HZ*Q3 480V/60HZ–440V/50HZQ8 The voltages identified in the table above carry agency approvals for integrated coils. See pages 40-41 for additional information. *Magnelatch Latching Coil Voltages. Other coil voltages available upon request, consult Skinner Valve. 2 9 appreciable temperature rise. little average power and have no Class F, 10 Watt from the coil. Magnelatch coils use very for female tab connections. position after power is completely removed Molded with 1/4-inch wide tab terminals with permanent magnets to retain plunger Magnelatch Latching Coils are equipped c o i l . a t tpressure rating as a valve with a 10 W with Magnelatch coils receive the same For Magnelatch Coils: Valves equipped pressure rating as a 10 Watt DC coil. DC Voltage Specific coils receive the same same pressure rating as a 10 Watt AC coil. Class H, 22 Watt with AC Voltage Specific coils receive thelogic level control inputs. T T Lisolated Class H, 10 Watt For Fluxtron Coils: Valves equippedand four-wire for direct interface with Class F, 10 Watt following pressure rating rules apply:available in two unique varieties: two-wire When ordering specialty coils, theare equipped with 18-inch leads, and areO p t i o n s . f e r i n g .integrated and conventional coil ofpower level to about 1 watt, Fluxtron coilseasy installation. See 7000 Series Electrical applicable wattage associated with ourcontrol circuit that reduces the holdingavailable with an optional junction box for Valve pressure ratings are provided for eachMolded with a built-in electronic powerA l s oMolded with Screw terminals. I N T E G R ATED COIL OFFERING Coil Code Type of Termination Holding Power Coil Description L111 Leads 10 W Class F Molded with 18” leads L222 Leads 10 W Class H Molded with 18” leads L322 Leads 22 W Class H Molded with 18” leads C111 1/2” NPT Conduit 10 W Class F Molded; NEMA 1, 2, 3, 3S, 4, 4X; 18” Lead wires C222 1/2” NPT Conduit 10 W Class H Molded; NEMA 1, 2, 3, 3S, 4, 4X; 18” Lead wires C322 1/2” NPT Conduit 22 W Class H Molded; NEMA 1, 2, 3, 3S, 4, 4X; 18” Lead wires C611 1/2” NPT Conduit 1.5 W Class F Molded; NEMA 1, 2, 3, 3S, 4, 4X; 18” Lead wires C711 1/2” NPT Conduit 0.6 W Class F Molded; NEMA 1, 2, 3, 3S, 4, 4X; 18” Lead wires D100 DIN 10 W Class F Molded D200 DIN 10 W Class H Molded D300 DIN 22 W Class H Molded H111 1/2” NPT Conduit 10 W Class F Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Lead wires H222 1/2” NPT Conduit 10 W Class H Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Lead wires H322 1/2” NPT Conduit 22 W Class H Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Lead wires H611 1/2” NPT Conduit 1.5 W Class F Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Lead wires H711 1/2” NPT Conduit 0.6 W Class F Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Lead wires H1S1 1/2” Conduit Stainless 10 W Class F Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Leads Stainless Steel H2S1 1/2” Conduit Stainless 10 W Class H Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Leads Stainless Steel H3S1 1/2” Conduit Stainless 22 W Class H Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Leads Stainless Steel H6S1 1/2” Conduit Stainless 1.5 W Class F Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Leads Stainless Steel H7S1 1/2” Conduit Stainless 0.6 W Class F Molded; NEMA 3, 3S, 4, 4X, 7, 9; 18” Leads Stainless Steel S100 Screw 10 W Class F Molded S200 Screw 10 W Class H Molded S300 Screw 22 W Class H Molded T100 1/4” Tab 10 W Class F Molded CENELEC APPROVED COILS HZ09 3-Wire Cable Gland 10 W EEx d IIC T4 (IP 65) Molded Class F, LCIE 96.D6196X, Internal and External Grounding, Cable Length: 1500mm HZ10 3-Wire Cable Gland 10 W EEx m II T6 (IP 65) Molded Class H, LCIE 97.D6126X, Internal and External Grounding, Cable Length: 1500mm HZ11 3-Wire Cable Gland 22 W EEx m II T6 (IP 65) Molded Class H, LCIE 97.D6126X, Internal and External Grounding, Cable Length: 1500mm HZ12 3-Wire Cable Gland 1.5 W EEx m II T6 (IP 65) Molded Class F, LCIE 97.D6129X, Internal and External Grounding, Cable Length: 1500mm HZ13 3-Wire Cable Gland 0.6 W EEx m II T6 (IP 65) Molded Class F, LCIE 97.D6129X, Internal and External Grounding, Cable Length: 1500mm HZ06 Cable Connection 8 W EEx me II T3/T4 (IP 65) LCIE 92.6036X, Reinforced plastic housing, rectified diodes and varistor protection are encapsulated, screw termination in terminal box VZ03 Cable Connection AC: 11 W EEx e II T4 (IP 67) LCIE 86.6161X, Metal housing with encapsulated screw terminal coil, internal and external DC: 9 W ground screws SPECIALTY COILS* J611 Lead Wires 1 W 2-wire, Voltage Specific, Fluxtron Electronic Coil F611 Lead Wires 1 W 4-wire, Voltage Specific, TTL Logic Level Compatible, Fluxtron Electronic Coil J011 Lead Wires 0 W 2-wire, Magnelatch Coil, DC Service only G011 Lead Wires 0 W 3-wire, Magnelatch Coil, AC or DC Service * These coils require separate enclosures. See the Enclosure Selection Chart. E n c l o s u r e s Fluxtron and Magnelatch A 0: Enclosure Selections 3 0 serve to protect the coil and provide a The following enclosures are available: flux path for Fluxtron coils, and can also type and installation. Latching coils. An enclosure serves as a customers the utmost flexibility in product Fluxtron Electronic and Magnelatch adaptor or other fitting. integrated coil offering, and to give Acoil enclosure is necessary for both accommodate a strain relief, conduit selection is provided to complement the Has a 7/8-inch exit hole to connections. The following enclosure means for accommodating the electrical B0: J 0 : Mechanical Options M 1 : F 0 : 1. 2 . 3 . G 0 :A1/2-inch NPT M2: FLUXTRON ELECTRONIC AND MAGNELATCH ENCLOSURE SELECTIONS Enclosure Code Description Fluxtron Enclosures A0Standard Connection, 7/8” exit for lead wires, NEMA1 B0Conduit Connection, 1/2” NPTconduit hub, NEMA1 F0Yoke G0Watertight, 1/2” NPTconduit hub, NEMA4X J0Splice Box, allows for internal splice, NEMA1 Magnelatch Enclosures M1Magnelatch, 1/2” NPTconduit hub, NEMA1 M2Magnelatch, leaded with grommet connection, NEMA1 3 1 or 1/2-inch BX cable. g r o m m e t . f i t t i n gaccommodate conduit, 1/2-inch NPT leads exit from the enclosure through a conform to watertight standards. Can (MO) becomes 7133TBN2JVM0. For Magnelatch Latching coils only, hub designed to 7133TBN2JV00 with a manual override vessel number. For example, a place of the last two digits of the pressure Write the mechanical option code in a b l e .the Mechanical Options T Confirm compatibility of the option with It must have “00” in the last two digits. Select the base pressure vessel number. mechanical options: pressure vessel number. To order the listed family designator is position 5 of theBX cable. completes the magnetic flux path. T h evalve family to which they pertain. conduit, 1/2-inch NPTfitting or 1/2-inch protection from the environment, but merely Available options are denoted by thehub for attachment of1/2-inch NPT Ayoke. Provides no additional a s s i s t a n c e .For Magnelatch Latching coils only, a please contact a company representative for (or set of options) you need is not listed, common options we provide. If the option options. Listed are only a few of the varieties and combinations of mechanical Skinner has the ability to produce wide time, others are specified infrequently. of these options have become common over specific needs of a given application. Many ferent mechanical options to meet thed i f or 1/2-inch BX cable. Solenoid valves at times require a variety of allow an internal splice.f i t t i n gattachment of conduit, 1/2-inch NPT Has a 7/8-inch exit hole and is built toHas a 1/2-inch NPTthread for V A LVE ACTUATION SERIES MECHANICAL OPTIONS Code Mechanical Option Applicable Valve Family (Pressure Vessel 5th Digit) 2 3 5 6 7 8 9 L K T A2Silver Shading RingXXXXX J0Pilot Exhaust Return PipeX J1Exhaust Adaptor NutXXXXX M0Manual OverrideXX M0Field Convertible Manual OverrideXX M5M0 with Exhaust Adaptor NutXX R0Metering ExhaustXX R1Main Stream MeteringXX R2Adjustable BypassX 7AMomentary Manual OverrideXX 7C7Awith J1XX 7FCaptured Exhaust PilotX 7G7F with 7AX 7H7F with M0X Option Code D2: Electrical Options Descriptions of Electrical Options Option Code GL: Option Code D1: Option Codes DB, TB: ELECTRICAL OPTIONS Coil Option Applicable Coils C o d eD e s c r i p t i o n Coil Ty p e s Coil Codes GLGround LeadConduit TerminatedC1GL, C2GL, C3GL, H1GL, H2GL, H3GL D1Cable Gland DIN PlugDIND1D1, D2D1, D3D1 D21/2” Conduit DIN PlugDIND1D2, D2D2, D3D2 DB*Terminal BoxDIND1DB, D2DB, D3DB, TB*Terminal BoxScrew TerminalS1TB, S2TB, S3TB *Meets NEMAType 4, 4X when connected to a Screw Terminal or DIN Terminal Coil, as applicable. 3 2 conduit thread and ground screw.N P T installed. It is provided with a 1/2-inch are fastened. The plug provides for a to meet NEMAType 4, 4X standards when screw terminals to which the control wires DIN model integrated coils. It is designed relief when tightened. Within the plug are of a terminal box for both the screw and ordinary and hazardous location with a cable gland which acts as a strain This option consists conduit termination are available for both This DIN plug is equipped Integrated Coils with a accessory simply order the code. individual pieces (accessories). For an ground lead) are also available for sale as electrical options (with exception of the T h e s ethe last two digits of the coil code. write the electrical option code in place of Series coils. To order a coil with an option A c t u a t i o noptions available with Valve c o n d u i t . The following is a description of common gland. It is ideal for attachment of flexible provided with an 18-inch ground lead. conduit thread replaces the cableinch NPT installations. Each coil type can be to the cable gland version except that a 1/2- This DIN plug is identical specification Type 4.N E M A plug comes complete with a gasket to meet T h ethe coil. An electrician is not required. performed quickly by simply unplugging the valve at 90° intervals. Service can be ground connection and may be assembled to Example: V a l v e Item Description Ordering Item 5, Coil/Enclosure 1Fully assembled valves with integrated coils A s s e m b l i e s 2Fully assembled valves with conventional Ordering coils and enclosuresStep 1: 3Pressure Vessels only Step 2:4Integrated Coils only 5Coils/Enclosure Assemblies Step 3:6Accessories Voltage Enclosure Coil Code Ordering Items 1 and 2, G0+F611+C2 Fully Assembled V a l v e s G0F611C2 = NEMA4X, Fluxtron 4 wire TTL Step 1: compatible design, 24VDC V Ordering Item 6, Accessories Step 2: Step 3: Step 4: E x a m p l e : Step 5: Ordering Products Not Listed in the Catalog Pressure Voltage Vessel Enclosure Coil Code 7131KBN2GV00 +NO+C111+P3 7131KBN2GV00N0C111P3 Ordering Items 3 and 4, Pressure Vessels, Integrated Coils E x a m p l e : For information on ordering Intrinsically Safe Valves, please refer to pages 18 and 19. 3 3 voltage by its code. digits in the coil number, then specify the and pricing. that it is included in place of the last two Center at 203 827-2300 for a valve number If an electrical option is desired, make sure A p p l i c a t i o nthe Skinner Valve Product number and add the correct voltage code. of options not listed in the catalog, contact separate items. Simply select the coil If an application requires combinations Integrated Coils can be ordered as the valve number. pressure vessel number. NPT) was substituted with a G (for BSP) in place of the last two “00” digits in the 7133TBG2JV00. In this example the N (for option is desired, make sure it is included in porting can be requested by asking for a and submit the order. If a mechanical A7133TBN2JV00 with BSP items. Simply select the catalog number and price for the new product. Pressure Vessels can be ordered as separate determining the applicability, availability Skinner Valve personnel will then assist in system to specify the exact valve needed. the catalog, use the significant numbering with a combination of features not listed in When an application demands a product correct voltage for the valve. Use the Voltage Code to specify the accessory simply order “ELECD2”. the last two coil digits. (electrical option code D2) as a separate required, to write the option code in place of To buy a 1/2” conduit DIN plug Use the Electrical Options Table, if and place the order. conventional coil. (as an accessory) select the option number and enclosure (NO), or enclosure and option is being purchased as a separate item Select the appropriate integrated coil accessories. If an enclosure or electrical of the last two pressure vessel digits, “00”. specifying the part number listed with the if required, to write the option code in place Accessories can be purchased by simply a b l e ,Use the Mechanical Options T e s s e l . Select the appropriate Pressure Determine the correct voltage code. Select the appropriate coil. Select the appropriate enclosure. 1 P 3 ” .order this coil then becomes “C11 product categories are: 0–110-50 AC voltage, the number to1 2 0 - 6 T h ethat can be ordered from this catalog. Select integrated coil “C111” for a There are six different product categories V a l v e Numbering Sy 77317BN2KN00 SKINNER V A LVE ACTUATION SERIES P A RT NUMBERING SYSTEM 1 2 3 4 5 6 7 Actuation Type Flow Pattern Family Body Material Connection 70–Manual Reset3–Three-Way3-Way Valves2A–AluminumN–NPT 1–Direct Operated4–Four-Way1–Normally Closed3B–BrassG–BSPPL 3–Pilot Operated,2–Normally Open: pressure in body5S–430F SSK–Direct Mount Internal Pilot Supply3–Multipurpose6V–303 SSP–NPTF 4–Pilot Operated ,8–Diverting7M–Zinc alloy External Pilot Supply9–Normally Open: pressure in sleeve9 5–Remote PressureE Operated4-Way ValvesK 7–7700 Line, Pilot Operated, 1–2-position, single operator, monostableL Internal Pilot Supply7–2-position, dual operator, bistableT 8–7700 Line, Pilot Operated,X External Pilot Supply 3 4 s t e m u m b e r i n gSeries N c t u a t i o nSkinner A enclosure, and the coil. codes apply to three major valve components; the pressure vessel, the T h eProvided below is a complete set of numbering system codes. Intrinsically Safe valves have a different numbering system. method to select and identify the product. Please note that some Skinner digit significant numbering system. This system allows the user an easy our Direct Mount, Manual Reset and Ultra Low-Power valves, follow a 20- All Skinner Valve Actuation Series 3- and 4-way solenoid valves, along with 75317BN2KN00 SKINNER V A LVE ACTUATION SERIES P A RT NUMBERING SYSTEM 8 9 10 11 & 12 13 & 14 Pipe Size Orifice/Cv/Flow Seals Mechanical Options Enclosure Options For N, G, or PAthrough HN–NBR00–No OptionA0–7/8” Knock Out in Position 7:J through NV–FKMM0–Manual Override*B0–1/2” Conduit Pthrough VJ1–Exhaust Adaptor NutF0–Yoke 1–1/8”0 through 9M5–MO & J1G0–Watertight 2–1/4”ET–Electrically Tripped Manual ResetJ0–Junction Box 3–3/8”VR–No-Voltage-Release Manual ResetM1–Magnelatch 1/2” Conduit 4–1/2”7A–Momentary Manual OverrideM2–Magnelatch Grommet 5–3/4”7C–7A& J1N0–Nut & Washer for Integrated Coils 7F–Captured Exhaust Pilot For K in Position 7:7G–7F & 7A D–NAMUR7H–7F & M0 7M–Plugged Manual Override *Field Convertible with 6 or 7 in position 5. SKINNER V A LVE ACTUATION SERIES P A RT NUMBERING SYSTEM 15 & 16 17 & 18 19 & 20 Coil Ty p e Te r m i n a t i o n s Vo l t age Integrated Coils 00–Standard DIN (No lead wires) Integrated & Magnelatch Coils* C1–1/2” NPTconduit, 10 Watt, Class F, NEMA4X11–Class F coils, 18” lead wiresB2–24/60* C2–1/2” NPTconduit, 10 Watt, Class H, NEMA4X22–Class H coils, 18” lead wiresC1–12 VDC* C3–1/2” NPTconduit, 22 Watt, Class H, NEMA4XGL–Ground wire for C1, C2, C3, H1, H2, & H3 coilsC2–24 VDC* C6–1/2” NPTconduit, 1.5 Watt, Class F, NEMA4XD1–D1 coils with cable gland connectorC4–48 VDC C7–1/2” NPTconduit, 0.6 Watt, Class F, NEMA4XD2–D1 coils with 1/2” conduit connector3N–125 VDC D1–DIN, 10 Watt, Class FDB–D1 coils with terminal boxP3–120/60, 110/50* D2–DIN, 10 Watt, Class HTB–S1, S2, S3 Coils with Terminal BoxQ3–240/60, 220/50* D3–DIN, 22 Watt, Class HQ8–480/60, 440/50 H1–1/2” NPTconduit, 10 Watt, Class F, NEMA4X, 7, 9 H2–1/2” NPTconduit, 10 Watt, Class H, NEMA4X, 7, 9 Fluxtron Coils H3–1/2” NPTconduit, 22 Watt, Class H, NEMA4X, 7, 9C1–12 VDC H6–1/2” NPTconduit, 1.5 Watt, Class F, NEMA4X, 7, 9C2–24 VDC H7–1/2” NPTconduit, 0.6 Watt, Class F, NEMA4X, 7, 9C4–48 VDC L1–18” leads, 10 Watt, Class FC6–120 VDC L2–18” leads, 10 Watt, Class HP0–24/50-60 L3–18” leads, 22 Watt, Class H2W–110-120, 50/60 S1–Screw Terminal, 10 Watt, Class F3W–220-240, 50/60 S2–Screw Terminal, 10 Watt, Class H S3–Screw Terminal, 22 Watt, Class H T1–1/4” Tab Terminal, 10 Watt, Class F Specialty Coils F6–Fluxtron, 4-wire, 1 Watt J6–Fluxtron, 2-wire, 1 Watt J7–Fluxtron, 2-wire, 2 Watt J0–Magnelatch, 2-wire, DC service only G0–Magnelatch, 3-wire, AC or DC service 3 5 I n t r o d u c t i o n A d d itio n a l T e chn i c a l I n f o r m a t ion General Information Valve Construction and Basic Operation . Pressure V e s s e l 3 6 actuation. passes through an orifice, which is opened and closed as a result of plunger through which flow passes when a valve is open. For most valves the fluid The body of a valve contains the inlet and outlet ports, and is the part vessel. The pressure vessel is the device that contains the process fluid. The combination of a body, sleeve assembly and plunger make a pressure throughout the circuit. is accomplished by the use of magnetically highly conductive materials T h i smagnetic resistance), the level of available magnetic force is improved. , (i.e., with lowf i c i e n c ypath is designed with a high level of magnetic ef ficiency of the magnetic circuit through which the flux travels. If the fluxe f fective operation of a solenoid valve is dependent upon theE f and permits fluid to flow through the valve. This action compresses the return spring, allows the body orifice to open the coil, a magnetic field is produced which attracts the magnetic plunger. the orifice preventing flow through the valve. When current flows through In a normally closed valve a plunger return spring holds the plunger against The solenoid assembly consists of a coil, plunger and sleeve assembly. r e s p e c t i v e l y plunger contain a seal which closes the orifice in the body or the stop within a sleeve tube by energizing a solenoid. The bottom and/or top of the opened or closed through the use of a plunger that is raised and lowered body which permits or prevents flow through the valve. The orifice is Asolenoid valve is operated by opening or closing an orifice in the valve Reference Manual. e c h n i c a lsolenoid valve technology is provided in the Skinner Valve T more detailed and complete discussion on’s Skinner Valve. AP a r k e r components and functional varieties of solenoid valves available from the operating environment. This section provides a brief overview of the must also consider safety, reliability, media compatibility and suitability for operational functionality, selecting the best product for a given application many diverse and unique fluid system applications. In addition to Solenoid valves are highly engineered products which can be utilized in Coils are rated by insulation classes that correspond to a maximum allowable coil temperature. The maximum allowable coil temperature is the temperature to which the coil can be exposed without experiencing thermal degradation of the magnet wire insulation. These classes and corresponding maximum temperature levels are: Permissible Nominal Temp. by Change Temp.Rise Class of Resistance Above 25°C (77°F) Class Temperature Method (UL) Ambient Temp. A105°C (221°F)110°C (230°F)85°C (185°F) B130°C (266°F)120°C (248°F)95°C (203°F) F155°C (311°F)140°C (284°F)115°C (239°F) H180°C (356°F)160°C (320°F)135°C (275°F) Coils meeting Classes F and H are sometimes referred to as “High Temperature Coils” . These ratings are summarized graphically in Figure 1. Coils And Enclosures 3 7 magnetic force that attracts the plunger. electric current (AC or DC), produces a magnetic field. This generates a coil is a component of an electromagnet which, when supplied with an Solenoid valve coils are the heart of the operating mechanism of a valve. A in the valve. This enables the valve to operate at higher pressure ratings. f e r e n t i a lto generate a larger actuation force to open against the pressure dif bottom seals to enhance valve performance. These seals permit the plunger Skinner Valve plunger assemblies, when appropriate, use floating top and Typical seal materials are NBR, FKM and EPDM. operating pressure differential, leakage rate and cycle life requirements. material selection depends on the particular process fluid, fluid temperature, Plunger seals may be also made from a variety of materials. Seal variety of solenoid valve designs required to fill the needs of our customers. ferent plunger configurations have been developed to support the wided i f The plunger is the element that opens and closes a valve. Several required strength and integrity, Skinner utilizes a welded sleeve assembly. it is subjected to the same line pressure as the valve body. To provide the Since the inside surface of the sleeve assembly contacts the process fluid, plunger rather than around it. material to make certain that the magnetic field is directed through the magnetic flux through the plunger. The tube is made of non-magnetic The flange and stop are made of magnetic material to contain and direct The sleeve assembly consists of three parts–the flange, tube and stop. dictated by the operating environment, the process fluid and economics. valve bodies are made. The material for any given application is generally stainless steel and aluminum are some of the materials from which most Solenoid valves are available in a wide variety of body materials. Brass, To properly size a valve for air or gas service, four specific parameters must be known: Valve Sizing– lUpstream pressure (inlet pressure to the valve) Determining the lPressure differential (or downstream pressure, the outlet pressure of the valve) Flow Rate of a V a l v e lRequired flow through the valve in SCFM Air and Gas Serv i c e lThe type of gas that will be flowing through the valve and it's specific gravity v Steps to Determine Flow: 1 . Locate the downstream pressure (outlet pressure, or upstream pressure minus the pressure differential) on the bottom scale of the chart. 2 . Read vertically up the chart until the downstream pressure intersects the upstream pressure (represented by a family of curved lines). 3 . Read horizontally across the graph to the intersection with the left scale, ‘‘Flow in SCFM @ 70°F” . The value indicated at this point on the scale is the flow of air through a valve with a C of 1. v 4 a .To determine the flow of a gas other than air at 70°F, use the correction factors listed below, (Air Flow x Correction Factor = Gas Flow). If the correction factor is not known it can be calculated by using the specific gravity of the gas in the following equation: Correction Factor = 1/(the square root of specific gravity) A r g o n 0 . 8 5 N i t r o g e n 1 . 0 2 M e t h a n e 1 . 3 4 H y d r o g e n 3 . 7 9 O x y g e n 0 . 9 5 4 b .To determine the C of the valve which will have the required flow, simply divide the required flow rate v by the above flow for a C of 1. For example if an air flow of 150 SCFM was found from the graph and v the required flow is 450 SCFM, choose a valve with a C equal to 450/150, or 3. v SEAL MATERIAL DESIGNATIONS FOR ALL SKINNER PRODUCTS ASTM Designations Commercial Designations and/or Trade Names NBRBuna-N, Nitrile EPDMEthylene Propylene ® FKMFluorinated Hydrocarbon, Viton ®V 3 8 is a DuPont Co. trademark.i t o n valves with lower flows. The charts contain identical information, but chart (2) should be used for Factor of 1.provide flow (in SCFM) for a valve operating on air with a C With these parameters known, refer to chart (1) or (2). These charts Valve offers enclosures of various types to suit most applications. means for accommodating a variety of electrical connections. Skinner against environmental conditions. The coil enclosure may also provide a solenoid, provide protection from contact with the coil and protect the coil The enclosure is necessary to complete the magnetic flux path of the Solenoid valve coil enclosures perform three important functions. 3 - Way Normally Closed Solenoid V a l v e Chart 1 *To compensate for higher ambient temperature, fluid temperature and/or higher wattage. Figure 1 Chart 2 3 9 Agency Approvals Valve Classification/ Approval Information . They are 4 0 ultimately submitted by the equipment The final piece of equipment or system is equipment or systems using these valves. Canada” for General Use and Component typically used by OEM’s who build Electronically Operated Certified for a l v e s .as General Purpose Vintended to be installed “as is” a l v e s ,classified and approved by ULas “V an unsafe condition. These can also serveadditional enclosure added. They are not Component. Skinner valves have been gency system to prevent flow duringe m e rinstalled within an enclosure or have an These categories are General Use and in conjunction with a safety control orinstallation, operating conditions or must be solenoid valves to meet safety requirements. g i z e dclosed valves manufactured to be enerComponent Valves will require special has established two categories for listingU L wo-way normallyf – TSafety Shutoff .General Purpose or Safety Shutof when safety shutoff is not required.“Listed” and the valve classification, i.e., control the flow of non hazardous fluidsCanada symbol, followed by the word -way valves that are manufactured tof o u ridentified by the use of the ULCertified for level is described below. General Purpose–Any two-, three- orenclosures or modifications. They are explanation of the requirements of each f o l l o w s :without any additional equipment, b r i e f(and/or selected) by the end user. A Safety Shutoff, are further defined asconstruction and can be used in installations construction and electrical options required The classifications, General Purpose andGeneral Use valves are complete in acquired various levels based on valve f .Safety Shutof. )YTSX8 respectively Within these approvals, Skinner Valve has classification, i.e., General Purpose orComponent (Guide Cards YTSX7 and (UL) “Certified in Canada” approvals. Component symbol and the valveCertified for Canada” for General Use and provides Underwriters Laboratories, Inc. Certified for Canadause of the ULOperated, For Use in Hazardous Locations Every valve identified in the catalog and approval. They are identified by therespectively) and “Valves, Electrically manufacturer to ULfor overall acceptanceY I 0 Z 8(Guide Cards YI0Z7 and V a c u u m AGENCY APPROVED SOLENOID VALVE COMBINATIONS While many of our solenoid valves with elastomeric seals listed in this catalog can be used The table below summarizes the specific approvals obtained, which are dependent upon the combination on vacuum, the standard 100% production leakage of approved pressure vessels, coils and enclosures for both ordinary and hazardous locations. test does not ascertain that the valves are sufficiently tight for severe vacuum applications. Metallic Bodied Pressure Vessels** We do, however, design, produce, and test many Enclosure Coil* (Aluminum,Brass,Stainless Steel,Zinc) Code Type/Option NPT Ported BSP Ported Direct Mounted vacuum valves to meet specific customer N0C111, C222, C322requirements. Therefore, we invite you to consult N0C611, C711us for your vacuum valve applications. N0C1GL, C2GL, C3GL N0D1DB, D2DB, D3DB N0D4DB, D5DBFluid Temperature Limitations A0, B0, G0, J0F611, J611ULListed 32°F Minimum Fluid Temperature if moisture is N0H111, H222, H322 present. Otherwise, minus 40°F for direct N0H611, H711 operated valves with NBR seals, minus 10°F with N0H1GL, H2GL, H3GL FKM seals (minus 10°F for “4” family valves.) ForN0S1TB, S2TB, S3TB exceptions, consult Skinner.N0D100, D1D1, D1D2 N0D200, D2D1, D2D2 N0D300, D3D1, D3D2 F0F611, J611ULComponent Recognized N0L111, L222, L322 N0S100, S200, S300 N0T00 ULapproved valves are also CSAcertified. NOTE:Agency approval is contingent upon factory assembly of solenoid valves. *Coil voltage must also be approved. See page 29.**Pressure vessels must be approved as General Purpose (GP) valves. RESPONSE TIME The response time of a solenoid valve depends on many factors such as voltage, frequency, pressure, media, temperature (including coil) and the type of valve. Variations in these factors can have a significant effect on the response time. The following tabulation lists the approximate response times for several different types of valves. The times given are for the valves to go from closed position to open or from open position to closed. Valve Type Response Time (milliseconds) Direct Operated Valves4-15 Small Pilot Operated Piston Valves30-90 Large Pilot Operated Piston Valves100-150 Small Pilot Operated Diaphragm Valves30-60 Large Pilot Operated Diaphragm Valves60-160 Direct Lift Diaphragm Valves30-60 OPERATING SPEED (CYCLE RATES) Operating speed is defined as the maximum number of cycles (On/Off) per minute that the solenoid valve is capable of completing. It is dependent upon the response time characteristics of the valve. Many of our small, short stroke, direct acting valves are capable of operating at rates over 2,000 cycles per minute. H o w e v e r, for normal operation, lower cycle rates as shown are usually recommended. Valve Type Up to (cycles/min.) Direct Operated Valves600 Small Pilot Operated Piston Valves400 Large Pilot Operated Piston Valves150 Small Pilot Operated Diaphragm Valves300 Large Pilot Operated Diaphragm Valves200 Direct Lift Diaphragm Valves200 4 1 CURRENT DRAIN For Integrated Coils: To determine the approximate Holding or Inrush Current for 24/60, 120/60, 240/60 and 480/60 volts in amperes, divide the voltage into the “VA” value indicated for each valve type in the table below. AC Power Consumption 1.5 Watt 10 Watt 22 Watt Integrated Coils Integrated Coils Integrated Coils Valve Type VA Holding VA Inrush VA Holding VA Inrush VA Holding VA Inrush Manual Reset 70312 E.T.——1631—— 70312 N.V.R.——2032—— 70315 E.T.——1631—— 70315 N.V.R.——2032—— 70317 E.T.——1631—— 70317 N.V.R.——2032—— 70322 E.T.——1631—— 70322 N.V.R.——2032—— 70325 E.T.——1631—— 70325 N.V.R.——2032—— 7033TE.T.——1631—— 7033TN.V.R.——2032—— 70417 E.T.——1631—— 70417 N.V.R.——2032—— 70419 E.T.——1631—— 70419 N.V.R.——2032—— 3-Way 73312——1727 71313——1727—— 71315——1727—— 7131E——1731—— 7131K——1731—— 7131T——17353557 7132E——2032—— 7132T——17353557 7133K——1731—— 71335——1727—— 7133T——1735—— 71395——1727—— 733172.12.11727—— 73322——1727—— 73382——1727—— 773172.12.1———— 4-Way 734172.12.11727—— 734772.12.11727—— 73419——1727—— 7341L——1731—— 774172.12.1———— 774772.12.1———— DC HOLDING CURRENT (AMPERES) Coil Type Power Level 12 Volt 24 Volt 48 Volt Integrated0.6 Watt0.050.0250.013 Integrated1.5 Watt0.130.0630.031 Integrated10 Watt0.810.410.2 DIN10 Watt0.810.410.2 Integrated22 Watt1.640.83— For Fluxtron and Magnelatch specialty coils, consult Honeywell for holding and inrush current values. 4 2 1 2 P O RT MARKINGS Port Identification ANSI Valve Ty p eP r e s s u r eC y l i n d e rE x h a u s tS y m b o l 3-Way, Normally Closed 713131231 713151231 7131E12323 4 7131K2103 7131T1231 7331212311 733171233 73317BN2PN7F1234 743171235 753171236 7731712375 6 783171238 3-Way, Normally Open 7132T3219 713953219 7332232110 7338223111 3-Way, Multipurpose 7 8 71335Pressure can be13 7133Kapplied to any port.13 7133T13 4-Way 7341712, 43, 515 73417BNSPN7F12, 43, 515 73419PA, BEA, EB16 9 107341LAN12, 43, 517 7341LMN12, 43, 518 7347712, 43, 519 73477BNSPN7F12, 43, 520 7441712, 43, 521 7541712, 43, 522 7741712, 43, 523 7747712, 43,524 11 12 7841712, 43, 525 Intrinsically Safe U131K2103 U131V12026 U133XPressure can be applied at any port.12 733171233 U033XPressure can be applied at any port.– 7341712, 43, 515 13 14 U341B12, 4327 U341LPB, AS, R28 7347712, 43, 519 Ultra-Low Power U131K2103 U131V1204 733171233 7341712, 43, 515 7347712, 43, 519 U033XPressure can be applied at any port.– 7841712, 43, 525 4 3 15 16 P O RT MARKINGS Port Identification ANSI Valve Ty p eP r e s s u r eC y l i n d e rE x h a u s tS y m b o l Manual Reset 70312123– 70315123– 70317123– 17 18 70322321– 70325213– 7033TPressure can be applied at any port.13 7041712, 34, 5– 70419PA, BEA, EB– U033XPressure can be applied at any port.– Direct Mount 19 20713151231 7131T1231 7341712, 43, 515 7347712, 43, 519 7441712, 43, 521 7741712, 43, 523 7747712, 43, 524 7841712, 43, 525 21 22 23 24 25 26 27 28 4 4 Construction R e f e r enc e s Construction Reference 1 Construction Reference 2 4 5 Construction Reference 3 For 4-way valve only. For 4-way valve only. Construction Reference 4 4 6 Construction Reference 5 For 4-way valve only. Construction Reference 6 4 7 Construction Reference 7 Construction Reference 8 Ports 4 and 5 apply to 4-Way valve only. Manual override mechanical option. Construction Reference 8A 4 8 Dimension Valve H P C L W S T R J K 73312BN3RNJ14.893.981.962.972.620.650.591.441.220.91 73312BN4UNJ15.104.082.083.383.090.780.691.661.411.06 73312BN52NJ16.074.342.344.223.381.030.861.691.721.39 73322BN3RNJ14.893.981.962.972.620.650.591.441.220.91 73382BN3RNJ14.893.981.962.972.620.650.591.441.220.91 73322BN4UNJ15.104.082.083.383.090.780.691.661.411.06 73322BN52NJ16.074.342.344.223.381.030.861.691.721.39 Construction Reference 9 Construction Reference 10 4 9 Construction Reference 11 Construction Reference 12 Construction Reference 13 5 0 Construction Reference 14 Construction Reference 15 5 1 Construction Reference 16 Construction Reference 17 Construction Reference 18 5 2 Construction Reference 19 Construction Reference 20 For 4-Way valve only. Construction Reference 21 5 3 Construction Reference 22 Construction Reference 23 5 4 Construction Reference 24 Construction Reference 25 5 5 Construction Reference 26 Construction Reference 27 5 6 Construction Reference 28 Construction Reference 29 Ports 4 and 5 apply to 4-Way valve only. Manual override mechanical option. Construction Reference 29A 5 7 Construction Reference 30 Construction Reference 31 5 8 Construction Reference 32 Construction Reference 33 5 9 Terms and Conditions of Sale 1. TERMS AND CONDITIONS OF SALE The order shall be subject to the terms and conditions 16. SPECIAL TOOLS Any special tools, jigs, patterns, etc. which Seller makes or acquires for set forth herein, notwithstanding any terms and conditions that may be contained in any order, Buyer, notwithstanding any change therefore, shall be and remain Seller’s property subject to its acknowledgment or other form of Buyer. Such terms and conditions of Buyer shall not bind Seller possession and control: In no event shall Buyer have any tooling belonging to Seller which is unless accepted by it in writing, whether or not they manually alter this order. This order shall be utilized in the production of goods for Buyer, or which has been converted or adapted by Seller for governed in all respects by the law of the State of Ohio. such use, notwithstanding any charge for any such utilization, conversion or adaptation Seller shall 2. Stenographical and clerical errors are subject to correction. Until order is accepted, prices are have the right to alter discard or otherwise dispose of any tooling without liability to Buyer when for subject to change without notice. All quotations, unless otherwise stated, are for immediate two (2) consecutive years no orders have been received from Buyer requiring the use of such tooling. acceptance. All orders and contracts subject to approval if accepted by a salesman or selling agent. 17. BUYER’S PROPERTY Any design, tools, patterns, drawings, information or equipment Prices do not include special taxes now in effect or later put in effect. furnished by Buyer, or any special tools made or acquired for the Buyer by the Seller which becomes 3. PAYMENT Payment shall not prejudice claims on account of omissions or shortages but no Buyer’s property, shall be used only in the production of goods ordered by Buyer and not otherwise, such claim will be allowed unless made within 30 days after receipt by Buyer. unless by Buyer’s written consent, provided that such property may be considered obsolete and 4. Accounts are opened only with firms or individuals on approved credit. The Seller reserves the destroyed by Seller when for two (2) consecutive years no orders are received from Buyer for privilege of declining to make deliveries except for cash whenever, for any reason, doubt as to the products to be made with such property. Seller agrees to exercise reasonable care with respect to Buyer’s financial responsibility develops and shall not, in such event, be held liable for non- such property and equipment while in its possession and control, but shall not be responsible for performance of contract in whole or in part. loss or damage occurring without its fault or negligence or for ordinary wear and tear. 5. Terms are Net 30 days. F.O.B. New Britain, Connecticut, where credit rating has been 18. PATENT INDEMNITY Seller shall have no liability for patent infringement unless the goods established. In all other cases C.O.D. or cash with order. furnished hereunder in and of themselves constitute the infringement. If they do, and Seller is 6. There is a minimum order of $100.00 netfor manufacturer’s terms unless specific minimum notified of the claim of infringement within ten days after such claim is received by the Buyer and is quantities are noted on the quotation. permitted to settle or defend such claim. Seller will indemnify the Buyer against the reasonable 7. All Shipments are made F.O.B. point of shipment. After delivery to the carrier, the risk of loss expense of defending suit and against any judgment or settlement to which Seller agrees. However, shall be on the Buyer and any claims for loss or damage in transit must be filed by the Buyer. such indemnity will be limited to an amount not exceeding the price paid by Buyer to Seller for 8. DELIVERY Seller shall not be liable for any delays in or failure of delivery due to acts of God infringing goods. If an injunction is issued against the further use of the goods, Seller will have the or public authority, labor disturbances, accidents, fires, floods, extreme weather conditions, failure option of either procuring for the Buyer the right to use the goods, replacing them with non- of and delays by carriers, shortages of material, delays of a supplier or any other cause beyond infringing goods, modifying them so that they become non-infringing, or refunding the purchase Seller’s control. Buyer’s requested delivery date or schedule shall be approximate and subject to price. The forgoing constitutes Seller’s entire warranty and liability as to patents. If the goods Seller’s acceptance. furnished hereunder are in accordance with a design furnished by the Buyer, the Buyer will defend 9. PREMIUM FREIGHT Shipments are made via common carrier. Any premium freight must be and save harmless Seller from all costs, expenses and judgments on account of any claim of requested and paid for by the Buyer. infringement of any patent. 10. In making of materials to customer specifications, it is impossible to produce exactly the 19. TAXES Any sales, use, excise or similar tax payable by Seller which is or may be imposed by quantity ordered and it is, therefore, agreed all orders are subject to over or under shipment of 5% any taxing authority upon the manufacture, sale or delivery of goods covered by this order, or any on orders over 500 pieces, 10% on orders less than 500 pieces. increase in rate of any such tax now in force, shall be added to the sales price, if not collected at the 11. WARRANTIES Seller warrants the goods sold hereunder to be free from defects in material time of payment of sales price, Buyer will hold Seller harmless. and workmanship under normal use and service for a period of two (2) years from date of shipment 20. ADDITIONAL CONDITIONS APPLICABLE TO ORDERS PLACED UNDER from Skinner Valve’s facility. THE ABOVE WARRANTIES COMPRISE SELLER’S SOLE AND ENTIRE GOVERNMENT CONTRACTS OR SUBCONTRACTS THEREUNDER If Buyer notifies Seller WARRANTY OBLIGATIONS AND LIABILITY TO BUYER, ITS CUSTOMERS OR ASSIGNS IN CON- that goods ordered hereunder are for use under a prime contract with an agency of the United States NECTION WITH GOODS SOLD HEREUNDER SELLER EXTENDS NO WARRANTY TO THE ULTIMATE Government, the following terms and conditions of the Armed Services Procurement Regulations CONSUMERS OR USERS. ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT shall be incorporated into Seller’s terms of sale insofar as Buyer may be required to incorporate NOT LIMITED TO, WARRANTIES OF MERCHANTABILITY AND FITNESS, ARE EXPRESSLY such provision in it subcontracts or insofar as applicable to the goods hereunder. WALSH-HEALEY EXCLUDED. Seller’s sole obligation under these warranties shall be to repair or replace any item or PUBLIC CONTRACTS ACT (12-605), RENEGOTIATION (7-103-13), BUY AMERICAN ACT (6- part thereof which is proved to be other than as warranted. When claiming a breach of the above 104,5), EXAMINATION OF RECORDS (7-104 15), AUDIT AND RECORDS (7-104,41), PRICE warranties, Buyer must notify Seller promptly whereupon Seller will either examine the goods at REDUCTION FOR DEFECTIVE COST OR PRICING DATA (7-104,29), CONVICT LABOR (12-203), their site or issue shipping instructions for return to Seller (transportation cost prepaid by Buyer). NOTICE OF THE GOVERNMENT OF LABOR DISPUTES (7-104,4), WORK HOURS ACT (12-303,1), The above warranties shall terminate unless Buyer in writing claims for breach thereof within 90 EXCESS PROFITS (7-104,11) MILITARY SECURITY REQUIREMENT (7-104,12), TERMINATION (8- days from Sellers plant where damage is not directly due to a defect in material or workmanship, 706), EQUAL OPPORTUNITY (12-802). nor do they apply to goods altered or repaired except when performed under Seller’s specific 21. PRICES SHOWN HEREON ARE STATED AT CURRENT RAW MATERIAL COSTS AND authority, nor to articles furnished by Buyer or acquired at Buyer’s request and or to Buyer’s ARE SUBJECT TO CHANGE AS FLUCTUATIONS IN THE MARKET SO DICTATES. specifications. 22. OTHER SERVICES The prices issued in this schedule are for standard packaged products 12. CONSEQUENTIAL DAMAGES In no event shall Seller be liable for consequential or special only. Any additional or supplemental services, material, or product marking or identification are damages arising out of a delay in or failure of delivery, defects in material or workmanship, or subject to additional charges at the discretion of Parker. arising out of breach by Seller of any other term or obligation of Seller under this contract. 23. Where the Buyer requires tests for inspection not regularly provided, Parker reserves the right 13. CHANGES IN SPECIFICATIONS OR DESIGN If Buyer requests changes in specifications to charge an additional reasonable amount. or designs related to any goods, delivery schedules shall be revised, if necessary, and an equitable 24. COMPLIANCE WITH LAW Seller warrants that products sold or services furnished will be adjustment, upward or downward, shall be made in price if warranted. produced or furnished in full and complete compliance with all applicable federal, state, or local 14. CANCELLATIONS AND RESCHEDULES Cancellations and reschedules are subject to statutes, rules, regulations and orders, including those pertaining to labor, hours and conditions of acceptance by Seller, and are also subject to cancellation charges and price increases. employment, and in particular the Fair Labor Standards Act, as amended, and Executive Order No. 15. RETURNED GOODS No material shall be returned without our consent. When material is 11248 (Equal Employment Opportunity) effective October 24, 1965, with all amendments thereto or returned, with our consent, credit will be allowed only for that which is in good condition and can as it may be superseded. Seller agrees that all the provisions of said Executive Order, as it may be be resold. Freight must be prepaid on such shipments. The amount of freight paid by us on the amended or superseded, are hereby made a part hereof by reference and are binding upon Seller. original shipment to consignee is not subject to credit. Credit for approved returns is provided at a Seller further agrees and confirms that Seller as a subcontractor or vendor has complied with and discount of 58% off list price at the time of purchase. will comply with the provisions of said Executive Order and the rules and regulations promulgated under the authority thereof, including among others, reporting requirements. 6 0 UNITED STATES LATIN AMERICA and CARIBBEAN Singapore Skinner Valve Division Honeywell Inc. Parker Hannifin Parker Hannifin Corporation 480 Sawgrass Corporate Parkway Singapore Pte Ltd. Climate & Industrial Controls Group Suite 200 No. 11 4th Chin Bee Road 95 Edgewood Ave. Sunrise, FL 33325, USA Jurong Town, Singapore 619702Climate & Industrial New Britain, CT 06051-9914 USA Tel: (954) 845-2600 Republic of Singapore Controls Tel: (860) 827-2300 Fax: (954) 845-2605 Tel: (65) 261-5233 Fax: (860) 827-2384 Fax: (65) 265-5125, 261-4929 email: skinner@parker.com ASIA PACIFIC Taiwan Australia Parker Hannifin Parker Hannifin Taiwan Co., Ltd. (Australia) Pty. Ltd 8F-1, No. 102 Sung Lung Rd. 9 Carrington Road Taipei, Taiwan, ROC EUROPE, MIDDLE EAST and AFRICA Castle Hill NSW 2154, Australia Tel: 886 2 8787 3780 Parker Lucifer SA Tel:(61) 2 9 634 7777 Fax: 886 2 8787 3782 P.O. Box 1456 Fax: (61) 2 9 842 5111 CH-1227 Carouge/Geneva, Switzerland CHINA REGION Tel: 41 22 3077 111 New Zealand Fax: 41 22 3077 110 Parker Hannifin Parker Hannifin (N.Z.) Limited Hong Kong Ltd. 103 Harris Road, East Tamaki Republic of South Africa Unit A, 10th Floor Private Bag 94420, Greenmount Chung Shun Knitting Center Parker Hannifin Auckland, New Zealand 1-3 Wing Yip St. (Africa) (Pty) Ltd. Tel: (64 9) 273 8944 Kwai Chung NT Parker Place Fax: (64 9) 273 8943 Hong Kong 10 Berne Avenue Tel: (852) 2428-8008 Aeroport, Kempton Park India Fax: (852) 2480-4256 P.O. Box 1153 Honeywell India 2152 Kempton Park 1620 403/404 “Madhava” Parker Hannifin Beijing Office Republic of South Africa Bandra Kurla Complex Suite 01B. 5th Floor, CITIC Building 19 Tel: (27) (11) 392-7280 Bandra (East) Jianguomenwai Avenue Fax: (27) (11) 392-7213 Bombay 400 051, India Beijing 100004, China Tel: 91-22 643 3275 Tel: 8610 6500 7888 CANADA Fax: 91-22 640 9513 Fax: 86 10 6500 6339 Parker Hannifin (Canada) Inc. Skinner Valve Division Japan Parker Hannifin 530 Kipling Avenue Yamatake-Corporation Shanghai Office Toronto,Canada Rm 703, Dynasty Business Center 1-12-2, Kawana, Fujisawa M8Z 5E6 Kanagawa, 251 No. 457 North Wu Lu Mu Qi Road Tel: 416 255-1585 Shangai 200040, China Tel: (81) 466 20 2232 1-888-249-4806 Fax: (81) 466 20 2193 Tel: 86 21 62490308 Fax: 416-255-2107 Fax: 86 21 62494657 Korea MEXICO LG-Honeywell Co Ltd Honeywell S.A. de C.V. 17F, Hanil Group Building Av. Constituyentes No 900 191 Hangangro-2 ga, Y o n g s a n - g u Col. Lomas Altas Seoul 140-702, Korea 11950 Mexico, D.F., Mexico Form No. CVAP0495 (REV1297) Tel: (822) 799 6011 Tel: (52-5) 259-1966 Fax: (822) 792 9013 Fax: (52-5) 570-2402