AXRP & CBX 205 * n Operation In addition to the power supply for the sensors, these amplifiers include special circuitry to reduce the effects of ambient light and noise interference. The use of plated through holes in these circuit boards improves their resistance to shock and vibration. Conformal coating protects against the intrusion of moisture. Amplifiers are offered in two different ranges - standard and long range. An “L” in the model number designation indicates the long range versions. Except for range, all other specifications and dimensions are identical in these two versions. Each amplifier includes a 20- turn sensitivity adjustment and a AXRP & CBX 205 AXRP & CBX 205 red indicator LED to signal when the receiver is detecting the Amplifiers for Remote Photoelectric Controls transmitter’s light. A jumper is used to select between light and nSingle-channel high-perfor-nResponse time of 2.2 ms. dark operation of the output mance amplifiers for use with device. STI’s separate amplifiersnStandard and long range Standard amplifiers contain photoelectric controls. versions. amplifier circuitry for both the transmitter and the receiver nAvailable in 120 VAC, 230 VAC, sensor heads. Special versions are 12 VDC, and 24 VDC versions. offered for operation of only the transmitter or only the receiver. These are useful when it is impractical or impossible to wire the sensor heads to the same amplifier unit. *CBX205-C and CBX205L-C only. Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B26 photoelectric sensors photoelectric sensors AXRP & CBX 205 n Specifications Input Power: 120 VAC ±10%, 50/60 Hz at 50 mA; 230 VAC ±10%, 50/60 Hz at 25 mA; 24 VDC unregulated at 200 mA, or 12 VDC regulated at 200 mA Control Signal Option: Capacity for one CS card Output Signal Option: Capacity for one OS card Connection Method: Barrier terminal strip Response Time: 2.2 ms standard for the amplifier alone. The response time of the CS and OS cards must be added to obtain system response time. Temperature Rating: -40° to + -40° to +70°C. Housing: AXRP – none; CBX – Die-cast aluminum housing rated NEMA 4 and 12; polyurethane paint finish. Specifications are subject to change without notice. Output Connections (See catalog pages on Output Signal Cards for detailed information.) Terminals for Output Connections Output Option A B C D E F OS-2 — SW SW — — — OS-3 — — — GND OUT — OS-4 — — — GND OUT — OS-7 NC-1 COM-1 NO-1 NC-2 COM-2 NO-2 OS-7SB NC-1 COM-1 NO-1 NC-2 COM-2 NO-2 OS-8 — GND OUT — — — OS-A NC NO COM — — — OS-B NC COM NO — — — OS-F — SW SW — — — OS-L NC COM NO — RESET GND RESET OS-T NC-1 COM-1 NO-1 NC-2 COM-2 NO-2 OS-TSB NC-1 COM-1 NO-1 NC-2 COM-2 NO-2 OS-V — - V + V — — — For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B27 AXRP & CBX 205 n Dimensions (Inch/mm) 0.25 Dia. 4 places 6.35 INCHES (+/-.01) P2 DIMENSIONS: Sensor Control mm. (+/-.3) C B R W G Signal L L E H R R K D T N 6 5 4 3 2 1 8.75 7.33 222 186.2 AXRP 205 5.1 129.5 P1 4.44 3.28 91 8 7 6 5 4 3 2 Output signal 112.8 83.3 FRONT VIEW SIDE VIEW ABCD E F G H J .28 DIA MTG (4 PLCS) Outputs Power 7 2.575 65.4 3.9 99 2.5 Allow 64 mounting depth 6.750 171.5 POWER INPUT THREADED HOLE (BOTTOM) 3/4 - 14 NPT BACK VIEW Sensor Connections Wiring The sensor is connected to the amplifier using the Power Connections terminal block labeled “Sensor” as follows: Terminals for Power Connections Terminal Label Color Function Voltage G H J C Clear Receiver ground AC Hot Neutral Ground B Black Receiver Signal Input Black White Green R Red +15 VDC to receiver DC — +V -V W White Transmitter positive G Green Transmitter negative Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B28 photoelectric sensors Transformer photoelectric sensors AXRP & CBX 205 n Ordering Unenclosed Circuit Board Assembly With Metal Enclosure Voltage Standard Range Long Range Standard Range Long Range Standard Transmitter & Receiver Amplifier Units 120 VAC AXRP 205 AXRP 205L CBX 205 CBX 205L 230 VAC AXRP 205-A AXRP 205L-A CBX 205-A CBX 205L-A 12 VDC AXRP 205-B AXRP 205L-B CBX 205-B CBX 205L-B 24 VDC AXRP 205-C AXRP 205L-C CBX 205-C CBX 205L-C Receiver Only Amplifier Units 120 VAC AXRP 205R AXRP 205LR CBX 205R CBX 205LR 230 VAC AXRP 205-AR AXRP 205L-AR CBX 205-AR CBX 205L-AR 12 VDC AXRP 205-BR AXRP 205L-BR CBX 205-BR CBX 205L-BR 24 VDC AXRP 205-CR AXRP 205L-CR CBX 205-CR CBX 205L-CR Transmitter Only Amplifiers Units 120 VAC AXRP 205X AXRP 205LX CBX 205X CBX 205LX 230 VAC AXRP 205-AX AXRP 205L-AX CBX 205-AX CBX 205L-AX 12 VDC AXRP 205-BX AXRP 205L-BX CBX 205-BX CBX 205L-BX 24 VDC AXRP 205-CX AXRP 205L-CX CBX 205-CX CBX 205L-CX Checklist Item Comments Sensor Required. See separate catalog pages. Reflector Required for retroreflective sensors. Amplifier Required Select standard or long range as specified for your sensor. Select operating voltage needed; Choose AXRP unenclosed circuit assembly or CBX enclosed type. Output signal card Required. See separate catalog pages. Control signal card Optional. See separate catalog pages. ! Accessories Caution! STI photoelectric sensors are not For detailed information on OS specifications and CS options, see designed for and should never be used for pages B38-B43. personnel protection (safety) applications. STI has a wide range of special safety products designed for use in these applications. Refer to the safety products catalog or contact STI for information on our safety products. For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B29 AXRP & DBX 225 * n Operation In addition to the power supply for the sensors, these amplifiers include special circuitry to reduce the effects of ambient light and noise interference. The use of plated through holes in these circuit boards improves their resistance to shock and vibration. Conformal coating protects against the intrusion of moisture. Amplifiers are offered in two different ranges - standard and long range. An “L” in the model number designation indicates the long range versions. Except for range, all other specifications and dimensions are identical between these two versions. Each amplifier channel includes a 20-turn sensitivity adjustment AXRP & DBX 225 AXRP & DBX 225 and a red indicator LED to signal when the receiver is detecting the Amplifiers for Remote Photoelectric Controls transmitter’s light. Each channel has a jumper to select between nDual channel, high perfor-nSecond channel is always light and dark operation of the mance amplifiers for use with available independently of the output device. A second jumper STI’s separate amplifiers first channel. controls Channel 1 output, which photoelectric controls. can be independent of Channel 2, nAvailable in 120 VAC, 230 VAC, or the result of combining chan- nEach amplifier handles two 12 VDC, and 24 VDC versions. nels 1 and 2 using AND logic, or separate photoelectric controls, OR logic. Channel 2 is always with separate control signal andnResponse time of 2.2 ms available as an independent output signal options. standard. output. The control circuitry of the 225 nFirst channel can be indepen-nStandard and long range amplifier is designed to ensure dent of second channel, or it versions. that there is no cross-talk be- can be combined with the tween the two channels. second channel using AND- logic or OR-logic. *DBX225-C and DBX225L-C only. Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B30 photoelectric sensors photoelectric sensors AXRP & DBX 225 n Specifications Input Power: 230 VAC ±10% 50/60 Hz at 25 mA; 120 VAC ±10%, 50/60 Hz at 50 mA; 24 VDC unregulated at 200 mA; or 12 VDC regulated at 200 mA. Control Signal Option: Capacity for two CS cards, one for each channel. Output Signal Option: Capacity for two OS cards, one for each channel. Connection Method: Barrier terminal strips. Response Time: 2.2 ms standard for the amplifier alone. The response time of the CS and OS cards must be added to obtain system response time. Temperature Rating: -40° to +158°F,-40° to +70°C, operating and storage. Housing: AXRP – none; DBX – Die-cast aluminum housing rated NEMA 4 and 12; polyurethane paint finish. Specifications are subject to change without notice. Output Connections (See catalog pages on Output Signal Cards for detailed information.) Output Terminals for Channel 1 Output Terminals for Channel 2 Output Option D E F G H J K L M N P R OS-2 — SW SW — — — — SW SW — — — OS-3 — — — Gnd Out — — — — Gnd Out — OS-4 — — — Gnd Out — — — — Gnd Out — OS-7 NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-7SB NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-8 — Gnd Out — — — — Gnd Out — — — OS-A NC NO COM — — — NC NO COM — — — OS-B NC COM NO — — — NC COM NO — — — OS-F — SW SW — — — — SW SW — — OS-L NC COM NO — Gnd Reset NC COM NO — Gnd Reset OS-T NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-TSB NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-V — -V +V — — — — -V +V — — — For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B31 AXRP & DBX 225 n Dimensions (Inch/mm) AXRP 225 Sensor Sensor Channel 1 Channel 2 0.25 R B C W G W G R B C 6.4 E L L H R H R E L L D K R T N T N D K R Diameter 4 places 10.75 AXRP 225 Sensitivity 9.30 adjustments 273.1 Ch. 1 Control signal P-1 Ch. 2.Control signal P-2 236.2 Jumpers LIGHT COMMON Ch. 2 COM AND DARK IND OR Ch. 2 Output signal P-3 7.225 LT COM DK K 183.52 L 6.15 3.90 Ch. 1 M 99.1 156.2 N FRONT VIEW P SIDE VIEW R Output signal P-4 .28 DIA MTG (4 PLCS) 7 Ch. 1 Power Outputs 4.00 101.6 ABCD E F G H J 4.25 108 5.60 142.24 8.85 In. Note: Dimensions in Allow 2.5 inches (64mm ) mounting depth. mm 224.8 POWER INPUT THREADED HOLE (BOTTOM) 3/4 - 14 NPT BACK VIEW Sensor Connections Wiring Sensors are connected to the amplifier using the Power Connections two terminal blocks labeled “Sensor” as follows: Terminals for Power Connections Terminal Label Color Function Voltage A B C C Clear Receiver ground AC Hot Neutral Ground B Black Receiver Signal Input Black White Green R Red +15 VDC to receiver DC — +V -V W White Transmitter positive G Green Transmitter negative Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B32 photoelectric sensors Transformer Channel 2 Outputs photoelectric sensors AXRP & DBX 225 n Ordering Unenclosed Circuit Board Assembly With Metal Enclosure Voltage Standard Range Long Range Standard Range Long Range 120 VAC AXRP 225 AXRP 225L DBX 225 DBX 225L 230 VAC AXRP 225-A AXRP 225L-A DBX 225-A DBX 225L-A 12 VDC AXRP 225-B AXRP 225L-B DBX 225-B DBX 225L-B 24 VDC AXRP 225-C AXRP 225L-C DBX 225-C DBX 225L-C Checklist Item Comments Sensor Required. See separate catalog pages. Reflector Required for retroreflective sensors. Amplifier Required Select standard or long range as specified for your sensor. Select operating voltage needed; Choose AXRP unenclosed circuit assembly or DBX enclosed type. Output signal card For a single output, one is required (AND or OR operation); For two outputs, two are needed. Control signal card Optional. ! Accessories Caution! STI photoelectric sensors are not For detailed information on OS specifications and CS options, see designed for and should never be used for pages B38-B43. personnel protection (safety) applications. STI has a wide range of special safety products designed for use in these applications. Refer to the safety products catalog or contact STI for information on our safety products. For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B33 AXRP & DBX 295 * n Operation In addition to the power supply for the sensor, these amplifiers include special circuitry to reduce the effects of ambient light and noise interference. The use of plated through holes in these circuit boards improves their resistance to shock and vibration. Conformal coating protects against the intrusion of moisture. Amplifiers are offered in two different ranges - standard and long range. An “L” in the model number designation indicates the long range versions. Except for range, all other specifications and dimensions are identical between these two versions. Each amplifier channel includes a 20-turn sensitivity adjustment AXRP & DBX 295 AXRP & DBX 295 and a red indicator LED to signal when the receiver is detecting the Amplifiers for Remote Photoelectric Controls transmitter’s light. Each channel has a jumper to select between nSpecial single-channel amplifiernResponse time of 2.2 ms light and dark operation of the uses a single sensor to provide standard. output device. A second jumper two independent outputs for selects Channel 1 output as use with STI’s separate amplifi-nAvailable as AXRP 295 circuit independent of Channel 2, or ers photoelectric controls. board or DBX 295 mounted in a combined with Channel 2 using rugged NEMA 4, 12 die-cast AND logic, or OR logic. nUseful for high/low level control enclosure. applications. nAvailable in 120 VAC, 230 VAC, 12 VDC, and 24 VDC versions. *DBX295-C and DBX295L-C only. Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B34 photoelectric sensors photoelectric sensors AXRP & DBX 295 n Specifications Input Power: 120 VAC ±10%, 50/60 Hz at 50 mA; 230 VAC ±10% 50/60 Hz at 25 mA; 12 VDC regulated at 200 mA, or 24 VDC unregulated at 200 mA. Control Signal Option: Capacity for two CS cards, one for each channel. Output Signal Option: Capacity for two OS cards, one for each channel. Connection Method: Barrier terminal strips. Response Time: 2.2 ms standard for the amplifier alone. The response time of the CS and OS cards must be added to obtain system response time. Temperature Rating: -40° to +158°F, -40°to +70°C, operating and storage. Housing: AXRP – none; DBX – Die-cast aluminum housing rated NEMA 4 and 12; polyurethane paint finish. Specifications are subject to change without notice. Output Connections (See catalog pages on Output Signal Cards for detailed information.) Output Terminals for Channel 1 Output Terminals for Channel 2 Output Option D E F G H J K L M N P R OS-2 — SW SW — — — — SW SW — — — OS-3 — — — Gnd Out — — — — Gnd Out — OS-4 — — — Gnd Out — — — — Gnd Out — OS-7 NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-7SB NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-8 — Gnd Out — — — — Gnd Out — — — OS-A NC NO COM — — — NC NO COM — — — OS-B NC COM NO — — — NC COM NO — — — OS-F — SW SW — — — — SW SW — — OS-L NC COM NO — Gnd Reset NC COM NO — Gnd Reset OS-T NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-TSB NC1 COM1 NO1 NC2 COM2 NO2 NC1 COM1 NO1 NC2 COM2 NO2 OS-V — -V +V — — — — -V +V — — — For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B35 AXRP & DBX 295 n Dimensions (Inch/mm) 0.25 Dia., 4 places 0.64 Sensor C B R W G L L E H R 10.75 AXRP 295 R K D T N 9.30 273.1 236.2 Sensitivity adjustments Control signal P-2 Control signal P-1 LIGHT Jumpers 6.15 3.90 COMMON COM AND DARK IND OR 6.25 156.2 99.1 158.8 Output signal P-3 LT COM DK FRONT VIEW 7.14 SIDE VIEW K 18.2 .28 L DIA MTG (4 PLCS) 7 M Heat sink 4.00 N 101.6 P R Output signal P-4 Channel 1 8.85 224.8 ABCD E F G H J HOT GRD 4.25 108 NEUT 5.5 0.42 14.22 1.1 POWER INPUT In. THREADED HOLE Note: Dimensions in cm (BOTTOM) 3/4 - 14 NPT BACK VIEW Sensor Connections Wiring Sensors are connected to the amplifier using the Power Connections two terminal blocks labeled “Sensor” as follows: Terminals for Power Connections Terminal Label Color Function Voltage A B C C Clear Receiver ground AC Hot Neutral Ground B Black Receiver Signal Input Black White Green R Red +15 VDC to receiver DC — +V -V W White Transmitter positive G Green Transmitter negative Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B36 photoelectric sensors Transformer Channel 2 photoelectric sensors AXRP & DBX 295 n Ordering Unenclosed Circuit Board Assembly With Metal Enclosure Voltage Standard Range Long Range Standard Range Long Range 120 VAC AXRP 295 AXRP 295L DBX 295 DBX 295L 230 VAC AXRP 295-A AXRP 295L-A DBX 295-A DBX 295L-A 12 VDC AXRP 295-B AXRP 295L-B DBX 295-B DBX 295L-B 24 VDC AXRP 295-C AXRP 295L-C DBX 295-C DBX 295L-C Checklist ! Caution! STI photoelectric sensors are not Item Comments designed for and should never be used for Sensor Required. See separate catalog pages. personnel protection (safety) applications. STI has Reflector Required for retroreflective sensors. a wide range of special safety products designed Amplifier Required for use in these applications. Refer to the safety Select standard or long range as specified for your sensor. products section or contact STI for information on Select operating voltage needed; our safety products. Choose AXRP unenclosed circuit assembly or DBX enclosed type. Output signal card For a single output, one is required; For two outputs, two are needed. They can be the same or different for each channel. Control signal card Optional. They can be the same or different for each channel. Accessories For detailed information on OS specifications and CS options, see pages B38-B43. For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B37 CS Family n Operation Model CS-1 On or Off Delay On or off delay timing is se- lected by a switch. On delay mode: Turn on of the output is delayed by a set time interval from the time of detec- tion. The output is turned off instantaneously when detection ceases. Off delay mode: Turn on of the output is instantaneous upon detection. When detection ceases, turn-off of the output is delayed by the set time. Timing can be set between 0.12 and 12 seconds. Input Signal On Delay Output CS Family CS Family Off Delay Output T= Delay Time, On or Off Control Signal Cards nWide variety of timing functionsnStopped Motion Detector Model CS-2 On and Off Delay On and off delays are both nOn DelaynMounts in 205, 225, and 295 available (see CS-1 above) with Family Amplifiers, and independent adjustments for on nOff Delay PartScan™ power supply delay time and off delay time. If the input does not persist for the nOne-Shot duration of the on delay time, no output is produced. nDelayed One-Shot Timing for each delay can be set between 0.12 and 12 seconds. Input Signal Output T T on off T = On Delay Time T = Off Delay Time on off Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B38 photoelectric sensors photoelectric sensors CS Family Model CS-3 One Shot Timer Model CS-6 One Shot withn Ordering Upon detection the output is Override turned on for a fixed time period The output is turned on imme- Except where noted, all CS regardless of the duration of the diately upon detection and stays cards can be used with any detection. Multiple detections on for a fixed duration of time. If sensors using separate amplifiers occurring before the end of the detection continues after the time AXRP205, AXRP225, AXRP295, time period are ignored. period, the output stays on until and AMB Families, and the self- Timing can be set between 0.12 detection ceases. If detection contained 10 Family Sensors. and 12 seconds. ceases before the end of the time period, the output is on for the Model Function Input Signal fixed time period, even if detec- CS-1 Timer - On or Off delay Output tion recurs during the time period. CS-2 Timer - On and Off delays The time period is adjustable CS-3 Timer - One shot T T from 0.12 to 12 seconds. CS-5 Timer - Delayed One Shot T = One Shot Time CS-6 Timer - One Shot with Override Input Signal CS-7 Stopped Motion Detector Output Model CS-5 Delayed One Shot Upon detection, a time interval TT Checklist T = One Shot Time elapses after which the output is To verify you have all the turned on for a second period of components need for your sensor time, regardless of the duration of control system, refer to the the detection. Model CS-7 Stopped Motion amplifier and sensor sections of Each time period is adjustable Detector this catalog. from 0.12 to 12 seconds. Upon detection, the output is turned off. If objects are continu- Wiring Input Signal ously detected at a regular rate, The CS Control Signal cards the output remains off. If detec- Output plug directly into connectors on tion rate falls below the set rate, T T T T 1 2 1 2 the amplifier and sensor circuit the output is turned on and boards. No additional wiring is T = Delay Time T = One Shot Time 1 2 remains on until the next detec- needed. tion occurs. The detector is adjustable for ! Caution! STI photoelectric sensors are not objects occurring between 0.12 designed for and should never be used for and 1.2 seconds (not a misprint). personnel protection (safety) applications. STI has Missing Detection a wide range of special safety products designed for use in these applications. Refer to the safety Input Signal products catalog or contact STI for information on our safety products. Output Time Period For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B39 OS Family n Operation Model OS-2 Solid State AC Switch Description: Optically isolated, single-pole single-throw solid state AC device Maximum Load: 3 A maximum at 125 VAC. May be used with inductive loads. Response Time: 8 ms Operation: Can be set for normally open or normally closed operation. Estimated life is 10 million operations at 1 A induc- tive, or 500,000 operations at 3 A inductive. CS Output OS Family OS Family Note: Contact shown for convenience. Actual device is solid-state AC switch. Output Signal Cards Model OS-3 HTL Negative nMany output options switchnAnalog Output Logic Solid State DC Switch virtually any kind of electrical Description: NPN transistor loadnPlug-in design for easy installa- output with pull-up resistor. tion Output is +15 VDC through 1 k nElectromechanical relays resistor or 0 VDC. nMounts in AXRP205, 225, and Maximum Load: Sinks 100 mA nSolid-state AC and DC outputs 295 Family Amplifiers, and at 15 VDC maximum PartScan™ power supply Response Time: 10 μs nLatching relay +15 V 1k ohm Output CS Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B40 photoelectric sensors photoelectric sensors OS Family Model OS-4 TTL, DTL Negative Model OS-7SB Electromechan- Model OS-B Light Duty Solid Logic Solid State DC Switch ical Relay with Snubbers State DC Switch Description: NPN transistor Description: Double-pole Description: Optically isolated output with pull-up resistor and double-throw relay; snubbers NPN transistor clamping Zener diode. Output is limit contact arcing Maximum Load: 20 mA at 50 +5 VDC or 0 VDC. Maximum Load: 5 A inductive VDC. Not for use with inductive Maximum Load: Sinks 100 mA at 125 VAC loads 5 VDC maximum Response Time: 9 ms Response Time: 500 μs Response Time: 10 μs S S +15 V CS CS Output S S 1k ohm Output Model OS-8 Heavy Duty CS Vz = 5.1 Solid State DC Switch Model OS-F Solid State Description: Open collector AC/DC Switch NPN transistor. Protected against Description: Optically isolated Model OS-7 DPDT shorted loads. field effect transistor (FET) Electromechanical Relay Maximum Load: Sinks 1 A Maximum Load: 100 mA at 120 Description: Double-pole maximum at 50 VDC VAC or VDC double-throw relay Response Time: 10 μs Response Time: 3 ms maximum Maximum Load: 5 A resistive at for loads greater than 5 mA; 5 ms 125 VAC for smaller loads. CS Output Response Time: 9 ms Off-State Leakage: Less than 1 μA at rated load voltage. Model OS-A SPDT Reed Relay CS CS Output Description: Single-pole single- throw reed relay for dry loads (low current, low voltage) Maximum Load: 20 VA resistive; snubbers limit contact arcing. Response Time: 5 ms S CS S For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B41 OS Family Model OS-L SPDT Latching Model OS-T Heavy Duty DPDT Model OS-V Analog Voltage Relay with Snubbers Electromechanical Relay Output Description: Single-pole double- Description: Double-pole Description: Analog voltage throw relay with electronic double-throw relay ranges from -10 to +10 VDC and latching circuit Maximum Load: 10 A resistive is proportional to the light level Maximum Load: 5 A at 120 VAC at 125 VAC detected by the receiver. inductive; snubbers limit arcing Response Time: 10 ms. Approxi- Maximum Load: 10 mA Response Time: 9 ms mate life is 10 million operations +10 V Operation: Relay latches upon at 1 A or 500,000 operations at low input signal and remains 7 A. 0 latched until reset signal (low) is applied. -10 V Light Detected CS S CS S Reset Model OS-TSB Heavy Duty Reset Ground DPDT Electromechanical Relay with Snubbers Description: Double-pole double-throw relay Maximum Load: 10 A inductive at 125 VAC; snubbers limit contact arcing Response Time: 10 ms Operation: Approximate life is 10 million operations at 1 A or 500,000 operations at 7 A. S S CS S S Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B42 photoelectric sensors photoelectric sensors OS Family n Ordering Solid State Output Devices Output Type Voltage Controlled Maximum Current Maximum Voltage Response Time Model Number Switch AC or DC 100 mA 120 VAC or VDC 3 ms OS-F Switch AC 3 A 125 VAC 8 ms OS-2 Switch DC 1 A 50 VDC 10 μs OS-8 Switch DC 100 mA 15 VDC 10 μsec OS-3 Switch DC 100 mA 5 VDC 10 μsec OS-4 Switch DC 20 mA 50 VDC 500 μs OS-B Analog DC 10 mA Voltage is proportional 8 ms OS-V to light level Electromechanical Relay Output Devices Contact Form Type Maximum Load Response Time Model Number DPDT Medium duty for resistive loads 5 A resistive at 125 VAC 9 ms OS-7 3 A inductive at 125 VAC DPDT Medium duty for inductive loads 5 A inductive at 125 VAC OS-7SB DPDT Heavy duty for resistive loads. 10 A resistive 10 ms OS-T DPDT Heavy duty for Inductive loads 10 A inductive 10 ms OS-TSB SPDT Reed relay for light loads. 20 VA 5 ms OS-A SPDT Latching relay. 5 A resistive at 125 VAC 9 ms OS-L ! Caution! STI photoelectric sensors are not Checklist designed for and should never be used for To verify you have all the components need for your sensor control personnel protection (safety) applications. STI has system, refer to the amplifier and sensor sections of this catalog. a wide range of special safety products designed for use in these applications. Refer to the safety Wiring products catalog or contact STI for information on The OS Output Signal cards plug directly into connectors on the our safety products. amplifier and sensor circuit boards. All wiring is made directly to the terminal blocks on the amplifier or sensor circuit board. Refer to the amplifier section for specific connection information. For the Latest Information Try Our Fax Back System at 1/916/431-6544 On the Internet: www.sti.com E-mail: sales@sti.com Scientific Technologies Inc. STI Scientific Technologies GmbH R Fremont, CA Freiburg, Germany Tel. 1/510/608-3400 1/888/510-4357 Tel. +49-761-455 26 0 B43