Elite.Parts

Description

Stahl 9001/01-280-280-10 24V Safety Barrier

Part Number

9001/01-280-280-10

Price

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Manufacturer

STAHL

Lead Time

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Category

PRODUCTS - 9

Specifications

Leakage current with UN

1 mA (if nothing different is specified)

Temperature effect

0,25 %/10 K

Transmission frequency

50 kHz (with: Im £ 50 mA)

Features

Certifications of all important test sites available
EMC tested, CE marking
Exchangeable back-up fuse for all safety barriers
Extensive program for general applications
Installation in Zone 2 possible
Short-circuit-proof
Simple selection: application specific single and dual-channel safety barriers for standard uses of the instrumentation
Snap-on mounting on rails: simultaneous connection to potential equalisation/ground

Datasheet

900101-280-280-10_Datashee-1799266140t.pdf

374 KiB

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Extracted Text

2 2/0 2 Safety Barriers Safety barriers • Exchangeable back-up fuse for all safety barriers • Snap-on mounting on rails: simultaneous connection to potential equalisation/ ground • Simple selection: application specific single and dual-channel safety barriers for standard uses of the instrumentation • Extensive program for general applications • Short-circuit-proof • Certifications of all important test sites available • EMC tested, CE marking • Installation in Zone 2 possible R. STAHL safety barrier types 9001, 9002 and 9004 can be used for: • • All standard applications of instrumentation: Analog input Analog output Digital input Digital output Temperature sensor Pressure sensor etc. • • General applications, if the power consumption does not exceed the limits of the type of intrinsic safety protection Hazardous area 250 V max I.S. PA 2/1 Safety Barriers 2 Selection Certifications 9001 PTB, FM, UL, CSA, SA, FTZU, SEV, BKI, PROCHEM, VNIIEF 9002 PTB, FM, UL, CSA, SA, FTZU, SEV, BKI, PROCHEM, VNIIEF 9004 PTB, FM, CSA, SA, FTZU, SEV, BKI, PROCHEM, VNIIEF Marking (CENELEC) [EEx ia] IIC/IIB Technical data Input circuit corresponding to selection tables Output circuit corresponding to selection tables Transfer characteristic Leakage current with U 1 mA (if nothing different is specified) N Temperature effect 0,25 %/10 K Short-circuit-proof (if nothing different is specified) Transmission frequency 50 kHz (with: I £ 50 mA) m 100 kHz (with: I > 50 mA), (with resistive current limitation) m 10 kHz (with electronic current limitation) Mechanical data Dimensions see page 2/7 Casing material Polyamide 6 GF Weight 100 g Degree of protection according Terminals IP20 to IEC 529 Housing IP40 Type of connection 4 Terminals (cage terminals): max. each 1.5 mm† flexible or solid core 2 PA-terminals (Ex e version): each 4 mm† flexible or solid core Selection table according to function Transmitter supply barrier (Field circuit grounded) for intrinsically safe operation of 2-wire-transmitters Version U [V] I [mA] Ordering code Z m Analog input, intrinsically safe, for analog, SMART and HART transmitters 28 91 9001/51-280-091-14 Analog input, intrinsically safe, for analog and HART transmitters 28 110 9001/51-280-110-14 Power supply U 20 V ... 35 V DC; £ 50 mA N Supply voltage for transmitter 9001/51-280-091-14: 14 V 31 + 20 ... 35 V U 9001/51-280-110-14: 15 V min Umin Signal input/output 4 ... 20 mA / 4 ... 20 mA /PA U /PA N Load resistance R 9001/51-280-091-14: £ 350 W I R L 2 N L 4 9001/51-280-110-14: £ 750 W 4 ... 20 mA I N Analog output 0...22 mA (Field circuit grounded) for intrinsically safe operation of control valves, i/p converters, indicators, etc. Version U [V] I [mA] Ordering code Z m Analog output, intrinsically safe, for control valves, i/p converters, indicators 28 110 9001/01-280-110-10 Rated operating voltage U £ 24 V DC N I N 3 1 Signal input/output 0 ... 22 mA / 0 ... 22 mA RL Voltage drop through the U N 4 ... 20 mA safety barrier 6,5 V 4 2 /PA /PA Additional information is found in list M1 "Safety barriers" 2/2 + Safety Barriers Selection 2 Selection table according to function (continued) Analog output 0 ... 22 mA (Field circuit floating) for intrinsically safe operation of control valves, i/p converters, indicators, etc. Version U [V] I [mA] Ordering code Z m Analog output, intrinsically safe, for control valves, i/p converters, indicators 25,2 121 9002/13-252-121-04 I N Power supply U 20 V ... 35 V DC; £ 22 mA N 3 1 + 20 ... 35 V Signal input/output 0 ... 22 mA / 0 ... 22 mA RL Voltage drop through the 4..20 mA PA/ /PA U N safety barrier 8,7 V 4 2 Digital input load to "+" (Field circuit grounded) for intrinsically safe operation of contacts Version U [V] I [mA] Ordering code Z m Digital input, intrinsically safe, for contacts, load to + 25,2 57 9001/01-252-057-14 Power supply U 20 V ... 35 V DC; £ 40 mA N I N 3 1 + 20 ... 35 V Signal input/output contact / I £ 40 mA N Voltage drop through the U L safety barrier 3 V 4 2 /PA /PA Digital input load to ground (Field circuit grounded) for intrinsically safe operation of contacts Version U [V] I [mA] Ordering code Z m Digital input, intrinsically safe, for contacts, load to ground 25,2 60 9001/01-252-060-14 Power supply UN 20 V ... 35 V DC 3 1 + 20 ... 35 V Signal input/output contact / IN £ 40 mA U N I N Voltage drop through the U safety barrier 3 V 4 2 L /PA /PA Digital output load to ground (Field circuit grounded) for intrinsically safe operation of solenoid valves, LED�s, etc. Version U [V] I [mA] Ordering code Z m Digital output, intrinsically safe, for solenoid valves, LED to ground 25,2 100 9001/01-252-100-14 Power supply U 20 V ... 35 V DC I N N 3 1 + 20 ... 35 V Signal input/output contact to "+" / for load to R L U L U N ground Load voltage in no-load operation U = U - 2 V with U £ 24 V, L N N 4 2 U = 22 V with U > 24 V L N /PA /PA Internal resistance 258 W Digital output load to "+" (Field circuit floating) for intrinsically safe operation of solenoid valves, LED�s, etc. Version U [V] I [mA] Ordering code Z m Binary output, intrinsically safe, for solenoid valves, LED to "+" 25,2 121 9002/13-252-121-04 Power supply U 20 V .. 35 V DC N I N 3 1 Signal input/output contact to "ground" / for load + 20 ... 35 V R L to "+" U N U L PA/ /PA Load voltage in no-load operation U = U � 3 V with U £ 24 V, L N N 4 2 I N U = 21 V with U > 24 V L N Internal resistance 256 W Analog input for temperatures (Field circuit floating) for intrinsically safe operation of thermocouples Version U [V] I [mA] Ordering code Z m Analog input, intrinsically safe, for thermocouples and other AC sensors 9,3 300 9002/22-093-300-00 3 1 Rated voltage UN £ 6 VSS AC Internal resistance 2 x 80,5 W UN /PA /PA Signal input/output 1:1 4 2 Additional information is found in list M1 "Safety barriers" 2/3 Safety Barriers 2 Selection Selection table according to function (continued) Analog input for temperatures (Field circuit floating) for intrinsically safe operation of Pt 100 in 2-wire connection Version U [V] I [mA] Ordering code Z m Analog input, intrinsically safe, for Pt 100 in 2-wire circuit 3,2 300 9002/22-032-300-11 Rated voltage U £ 1,4 V AC N SS Internal resistance 2 x 20 W – 0,1 W Signal input/output 1:1 Analog input for temperatures (Field circuit floating) for intrinsically safe operation of Pt 100 in 4-wire connection Version U [V] I [mA] Ordering code Z m Analog input, intrinsically safe, for Pt 100 in 4-lead circuit 12,5 340 9002/22-032-300-11 9002/22-093-040-00 Rated voltage U £ 1,4 V AC N SS Internal resistance, feed circuit 2 x 20 W – 0,1 W Internal resistance, measuring circuit 2 x 481 W Signal input/output 1:1 Analog input for load cells (Field circuit floating) for intrinsically safe operation of load cells in 6-wire connection Version U [V] I [mA] Ordering code Z m Analog input, intrinsically safe, for load cells with balanced supply 18,7 330 9002/10-187-270-00 9002/10-187-020-00 9002/22-093-040-00 Rated voltage U £ – 7,5 V DC N Internal resistance, supply circuit 2 x 46 W Internal resistance, sensing circuit 2 x 482 W Internal resistance, signal circuit 2 x 482 W Signal input/output 1:1 Analog input for load cells (Field circuit floating) for intrinsically safe operation of load cells in 6-wire connection Version U [V] I [mA] Ordering code Z m Analog input, intrinsically safe, for load cells with DC supply 19,9 285 9002/13-199-225-00 9002/11-199-030-00 9002/11-199-030-00 Rated voltage UN £ + 16 V DC Internal resistance, supply circuit 1 x 103 W +2 V/IL Internal resistance, sensing circuit 2 x 1412 W Internal resistance, signal circuit 2 x 1412 W Signal input/output 1:1 Additional information is found in list M1 "Safety barriers" 2/4 Safety Barriers Selection 2 Selection table according to technical data Single-channel safety barriers for general applications Polarity U [V] R [W]U [V] I [mA] Image no. Ordering code N Z m + 6 28 8,3 442 1 9001/01-083-442-10 ** + 6 32 8,6 390 1 9001/01-086-390-10 ** + 6 70 8,6 150 1 9001/01-086-150-10 + 6 206 8,6 50 1 9001/01-086-050-10 + 8 98 12,6 150 1 9001/01-126-150-10 + 12 55 + 0,7V/I * 15,8 390 5 9001/01-158-390-10 N + 12 127 15,8 150 1 9001/01-158-150-10 + 12 247 16,8 75 1 9001/01-168-075-10 + 16 67 + 0,7V/IN* 19,9 390 5 9001/01-199-390-10 + 16 160 19,9 150 1 9001/01-199-150-10 + 16 230 19,9 100 1 9001/01-199-100-10 + 16 2 V / I 19,9 0 6 9001/03-199-000-10 N + 24 124+0,7V/IN* 28 280 5 9001/01-280-280-10 + 24 187 28 165 1 9001/01-280-165-10 + 24 302 28 100 1 9001/01-280-100-10 + 24 356 28 85 1 9001/01-280-085-10 + 24 664 28 50 1 9001/01-280-050-10 + 24 2 V / I 28 0 6 9001/03-280-000-10 N - 6 32 8,6 390 2 9001/00-086-390-10 - 24 302 28 100 2 9001/00-280-100-10 - 24 356 28 85 2 9001/00-280-085-10 ∼ ∼ 0,7 19 1,6 150 3 9001/02-016-150-10 ∼ ∼ 0,7 20,1 1,6 150 3 9001/02-016-150-11 ∼ ∼ 0,7401,6 50 3 9001/02-016-050-11 ∼ ∼ 0,7 127 1,6 15 3 9001/02-016-015-10 ∼ ∼ 6 34 9,3 390 3 9001/02-093-390-10 ∼ ∼ 6 80 9,3 150 3 9001/02-093-150-10 ∼ ∼ 6 338 9,3 30 3 9001/02-093-030-10 * I = 100 mA ** not short-circuit-proof N max Single-channel safety barriers with electronic current limitation for general applications Polarity UN [V] R [W]UZ [V] Im [mA] Pm [mW] Image no. Ordering code + 12 28 + 0,9 V/I 16,8 50 840 4 9004/01-168-050-00 N + 23 ... 27 U = 17 V 20,6 50 1030 4 9004/51-206-050-00 Load + 24 53 + 0,9 V/I 28 50 1400 4 9004/01-280-050-00 N + 26 72 + 0,9 V/IN 28 25 700 4 9004/01-315-025-00 Additional information is found in list M1 "Safety barriers" 2/5 Safety Barriers 2 Selection Selection table according to technical data (continued) Dual-channel safety barriers for general applications Polarity U [V] R [W]U [V] I [mA] P [mW] Image no. Order code N Z m m + / + UN = 20...35 V, digital and analog output for special applications see list M1 9002/13-280-100-04 + / + 22,5 / 17,5 340 / 440 26 / 20 87 / 51 570 / 260 7 9002/11-260-138-00 + / + 24 / 24 280 / 2 V/I 28 / 28 93 / 0 650 / 0 9 9002/13-280-093-00 N + / + 24 / 24 280 / 2 V/I 28 / 28 110 / 0 770 / 0 9 9002/13-280-110-00 N + / + 24 / 24 2 V/IN / 2 V/IN 28 / 28 0 / 0 0 / 0 11 9002/33-280-000-00 + / + 25 / 25 340 / 340 28 / 28 93 / 93 650 / 650 7 9002/11-280-186-00 + / - 24 / 24 2 V/I / 2 V/I 28 / 28 0 / 0 0 / 0 � 9002/34-280-000-00 N N - / - 22,5 / 17,5 340 / 440 26 / 20 87 / 51 570 / 260 8 9002/00-260-138-00 ∼ ∼ / ∼ ∼ 9 / 9 178 / 178 12 / 12 80 / 80 240 / 240 12 9002/22-240-160-00 ∼ ∼ / ∼ ∼ 12 / 12 118 / 118 15 / 15 150 / 150 560 / 560 10 9002/77-150-300-00 ∼ ∼ / ∼ ∼ 24 / 24 694 / 694 28 / 28 47 / 47 330 / 330 10 9002/77-280-094-00 Safe maximum values Functional technical values U Maximum output voltage U Rated operating voltage z N I Maximum short-circuit current I Rated current m N P Maximum output power R End to end resistance m Block diagrams of the safety barriers Additional information is found in list M1 "Safety barriers" 2/6 Safety Barriers Selection 2 Dimensions (all dimensions in mm) 2/7

Frequently asked questions

At GID Industrial (Elite.Parts' parent company), we specialize in procuring industrial parts. We know where to find the rare and obsolete equipment that our customers need in order to get back to business. There are other companies who claim to do what we do, but we're confident that our commitment to quality and value is unparalleled in our field.

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What they say about us

FANTASTIC RESOURCE

One of our top priorities is maintaining our business with precision, and we are constantly looking for affiliates that can help us achieve our goal. With the aid of GID Industrial, our obsolete product management has never been more efficient. They have been a great resource to our company, and have quickly become a go-to supplier on our list!

Bucher Emhart Glass

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With our strict fundamentals and high expectations, we were surprised when we came across GID Industrial and their competitive pricing. When we approached them with our issue, they were incredibly confident in being able to provide us with a seamless solution at the best price for us. GID Industrial quickly understood our needs and provided us with excellent service, as well as fully tested product to ensure what we received would be the right fit for our company.

Fuji

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Our company provides services to aid in the manufacture of technological products, such as semiconductors and flat panel displays, and often searching for distributors of obsolete product we require can waste time and money. Finding GID Industrial proved to be a great asset to our company, with cost effective solutions and superior knowledge on all of their materials, it’d be hard to find a better provider of obsolete or hard to find products.

Applied Materials

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Over the years, the equipment used in our company becomes discontinued, but they’re still of great use to us and our customers. Once these products are no longer available through the manufacturer, finding a reliable, quick supplier is a necessity, and luckily for us, GID Industrial has provided the most trustworthy, quality solutions to our obsolete component needs.

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This company has been a terrific help to us (I work for Trican Well Service) in sourcing the Micron Ram Memory we needed for our Siemens computers. Great service! And great pricing! I know when the product is shipping and when it will arrive, all the way through the ordering process.

Trican Well Service

GO TO SOURCE

When I can't find an obsolete part, I first call GID and they'll come up with my parts every time. Great customer service and follow up as well. Scott emails me from time to time to touch base and see if we're having trouble finding something.....which is often with our 25 yr old equipment.

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