12 V DC ±10 % 150 ma max. 130 ma max. 120 ma max.

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1 96 PHOTO PHOTO ON/OFF Input SERI Related Information General terms and conditions... F-3 General precautions... P.9 MEASURE panasonic.net/id/pidsx/global Multi-functional D rail mounting slim sensor controller D rail mounting Mountable on 3 mm.378 in D rail by one-push. It reduces mounting space and mounting operations. Two outputs: contact and non-contact 3 mm.378 in width D rail Useful for various applications because the controller has two outputs, relay contact and NPN open-collector transistor output. Connects two sensors -C7, -C7W Two sensors can be connected, and two independent outputs are generated. Edge trigger Synchronized is possible at either the rising or the falling edge of the external signal. With this, now only one controller suffices where earlier two were required in applications, such as, detecting presence of bottle caps. Example: Detecting presence of cap on bottle Conventional method for sensing with timer Synchronizing sensor signal No cap μs approx. Cap present Using signal ( making output ON) ( disabling output) ON OFF

2 ON/OFF Input SERI 962 ORDER GUIDE Type Appearance Model No. General use Highperformance Two sensor connection Accessory -CV (Protection cover) -C7 -C7W Supply voltage ±0 % supply for sensor DC ±0 % 0 ma max. DC ±0 % 30 ma max. DC ±0 % 20 ma max. Relay contact c NPN open-collector transistor Relay contact c 2 function Timer function Gate trigger Gate trigger and edge trigger Three function selectable timer SPECIFICATIONS Type D rail mounting General use High-performance Two sensor connection Item Model No. -C7 -C7W Applicable sensors Photoelectric sensor, inductive proximity sensor, etc., with NPN transistor output or relay output Supply voltage ±0 % consumption 6 VA supply Voltage DC ±0 % (incorporated with short-circuit protection) for sensor Current 0 ma max. 30 ma max. 20 ma max. Relay contact c Switching capacity: 20 V 3 A AC (resistive load) Electrical life: 00,000 switching operations or more (rated load)(at,800 operations/hour) Mechanical life: 0 million switching operations or more (at 36,000 operations/hour) NPN open-collector transistor Maximum sink current: 00 ma Applied voltage: 30 V DC (between output and 0 V) Residual voltage: V (at 00 ma sink current) 0.4 V (at 6 ma sink current) Relay contact c 2 Switching capacity: 20 V 3 A AC (resistive load) Electrical life: 00,000 switching operations or more (rated load)(at,800 operations/hour) Mechanical life: 0 million switching operations or more (at 36,000 operations/hour) operation Switchable normal operation or inverse operation Response time Relay contact: 0 ms approx., NPN open-collector transistor: µs 0 ms approx. Red LED (lights up when the power is ON) (Note 2) Red LED (lights up when the output is ON) Indicators signal Red LED lights up when the sensor signal is effective Red LED lights up when the external is effective function Gate trigger Gate trigger and edge trigger Timer function Three function selectable timer Timer period: switchable either 40 ms to sec. or 0.4 sec. to 0 sec. Ambient temperature -0 to +0 C +4 to +22 F (No dew condensation or icing allowed), Storage:-30 to +70 C -22 to +8 F Ambient humidity 3 to 8 % RH, Storage: 3 to 8 % RH Voltage withstandability,00 V AC for one min. between the power and the output terminals Insulation resistance 0 MΩ, or more, with 00 V DC megger between the power and the output terminals Vibration resistance 0 to Hz frequency, 0.7 mm in double amplitude in X, Y and Z directions for two hours each Shock resistance 00 m/s 2 acceleration (0 G approx.) in X, Y and Z directions two times each Material Enclosure: ABS, Terminal block: PBT (Glass fiber reinforced) Connecting method Terminal block Weight Net weight: 60 g approx. Accessories Short bar: pc., -CV (Protection cover): pc., Short-circuit protection plate: pc., Adjusting screwdriver: pc. ( only) Notes: ) Where measurement conditions have not been specified precisely, the conditions used were an ambient temperature of +20 C +68 F. 2) In -C7W, two output indicators, output indicator and 2 output indicator, have been incorporated. Environmental resistance

3 963 ON/OFF Input SERI I/O CIRCUIT AND WIRG DIAGRAMS -C7 I/O circuit diagram Control circuit relay supply circuit. kω 00 Ω. kω 00 Ω 2 COM. 3 NO 4 NC V Terminal No. * 2 Not connected Relay contact c Not connected * ~ ±0 % Terminal arrangement diagram * Non-voltage contact or NPN transistor output + or High: 4 to, or open Low: 0 to. V AC AC - COM. NO OC OUT NC ~ Relay contact output ±0 % Note: Response time of the NPN open-collector transistor output of -C7 and is μs. If a relay or a micro-switch (mechanical contact) is connected, its bounce may result in output chattering. Take care of this aspect, especially when the timer function is used. 6 OC (open-collector) output 3 0 V Internal circuit Users circuit -C7W I/O circuit diagram supply circuit Terminal No. ~ ±0 % Terminal arrangement diagram Control circuit relay 2 relay. kω 00 Ω. kω 00 Ω 2 COM. 3 NO Relay contact c 4 NC 6 COM. 2 7 NO 2 Relay contact c 8 NC 2 0 V 9 0 * 2 2 Not connected 0 V 3 4 * * Non-voltage contact or NPN transistor output + or High: 4 to, or open Low: 0 to. V AC -C7W COM. 2 NO 2 NC AC COM. NO NC ~ Relay contact output ±0 % 6 Not connected Internal circuit Users circuit

4 ON/OFF Input SERI 964 PRECAUTIONS FOR PROPER Refer to p.9 for general precautions. Never use this product in a device for personnel protection. In case of using devices for personnel protection, use products which meet laws and standards, such as OSHA, ANSI or IEC etc., for personnel protection applicable in each region or country. Functional description -C7 -C7W Description Function indicator Lights up when the power is ON. (Red LED) indicator (Red LED) output Lights up when the output is ON. 2 output signal selection switch output operation mode switch 2 output operation mode switch signal Selects the output operation. : The output is ON when the sensor signal is High. NORM.: The output is ON when the sensor signal is Low. Selects the output operation. : The output is ON when the sensor signal is High. NORM.: The output is ON when the sensor signal is Low. Indicates the state of the sensor signal. The operation differs according to the mode set with signal selection switch. : Lights up when the sensor signal is High. NORM.: Lights up when the sensor signal is Low. Indicates the state of the external. Lights up when the external does not disable the output Description operation mode switch Gate/Edge trigger operation mode switch Timer period selection switch Timer operation mode switch Function Selects the operation of external. : The output is neglected when the external is High. NORM.: The output is neglected when the external is Low. Selects Gate trigger or Edge trigger. : at the instant the external is applied. : over the period for which the external is applied. Selects the timer period. sec.: Variable from 40 ms approx. to sec. approx. 0 sec.: Variable from 0.4 sec. approx. to 0 sec. approx. Selects the timer operation. A B ON-delay C OFF-delay D ONE SHOT 4 Timer adjuster Set the timer period. Terminal block Block diagrams (The diagrams below explain s operation in a simple manner. The actual circuits may differ slightly.) -C7 signal selection switch AND indicator Relay output Open-collector output -C7W output operation mode switch 2 output operation mode switch 2 Relay output output indicator Relay output 2 Delay time selection switch 2 output indicator Timer adjuster signal selection switch sec. 0 sec. Relay output operation mode switch Gate/Edge trigger operation mode switch signal indicator AND Timer circuit OND OFD OSD Without timer Open-collector output Edge indicator Timer operation mode switch indicator

5 96 ON/OFF Input SERI PRECAUTIONS FOR PROPER Refer to p.9 for general precautions. Timer functions ( only) has three types of convenient built-in timer functions. ON-delay (OND) <Function>: Neglects short output signals. <Application>: As only long signals are extracted, this function is useful for detecting if a line is choked or for sensing only objects taking a long time to travel. OFF-delay (OFD) <Function>: Extends the output signal for a fixed period of time. <Application>: This function is useful if the output signal is so short that the connected device cannot respond. ONE SHOT (OSD) <Function>: s a fixed width signal upon sensing. <Application>: This function is useful when the specifications of the connected device require a signal of fixed width. Of course, it is also useful for extending a short width signal to a desired width. Various other applications are possible. Selection switch and timer operation signal selection Switch setting function (-C7, only) Gate trigger The output is disabled when the external is Low [mode selection switch on NORM. (Note)] or is High [mode selection switch on (Note)]. signal Timer operation selection signal operation inverted normal operation inverted ON-delay inverted OFF-delay inverted ONE SHOT Input inverted normal operation Input inverted ON-delay Input inverted OFF-delay Input inverted ONE SHOT Timer period: T =Switchable, either 40 ms approx. to sec. approx., or 0.4 sec. approx. to 0 sec. approx. making output ON disabling output ON OFF Note: Since -C7 is not incorporated with the selection switch, the output is disabled only when the external is Low. Edge trigger ( only) The sensor signal is judged at the instant the external rises up or falls down. This sensor is ideal for cap presence detection that would have required two controllers in the past. Example: Detecting presence of cap on bottle Conventional for sensing signal with timer Synchronizing sensor signal No cap Cap present signal making output ON t: μs approx. disabling output ON OFF Note: As the output time t is only μs approx., extend it by using the OFFdelay timer or the ONE SHOT timer. To mount with screws, use M4 screws. The tightening torque should be 0.78 N m.

6 ON/OFF Input SERI 966 PRECAUTIONS FOR PROPER Refer to p.9 for general precautions. Wiring Make sure that the power supply is off while wiring. Verify that the supply voltage variation is within the rating. Short-circuit protection plate Short-circuit protection plate The short-circuit protection plate is attached to terminal No. to prevent AC short-circuit. Flip the plate up, connect the wire to terminal No., and then flip it down. The short-circuit protection plate is attached at the time of shipment from our factory. Short bar The short bar saves wiring when a common power supply is used for the AC supply terminal and the load supply of the relay contact output. The short bar is attached between the terminal Nos. and 2 at the time of shipment from our factory. To use a separate power supply for the output relay, make sure to remove it. Typical wiring diagram Control circuit relay supply circuit Terminal No. supply 2 Load 3Short-circuited with the short bar 4 DIMENSIONS (Unit: mm in) - indicator (Red) Short-circuit protection plate indicator (Red) Short bar signal indicator (Red) indicator (Red) 2 Dimensions of suitable crimp terminals Y-shaped type or more (When crimped) Ø3.2 Ø0.26 or more Round type Note: Use crimp terminals having insulation sleeves. Recommended crimp terminal: Nominal size (Unit: mm in) (When crimped) -C7 and do not incorporate a short-circuit protection at the NPN open-collector transistor output. Do not connect them directly to a power supply or a capacitive load. The response time of the NPN open-collector transistor output of -C7 or is μs. If a relay or a micro-switch (mechanical contact) is connected, take care since its bounce may result in output chattering. Do not run the wires together with high-voltage lines or power lines or put them in the same raceway. This can cause malfunction due to induction. s Do not use during the initial transient time (0. sec.) after the power supply is switched on. Avoid dust, dirt, and steam. Take care that the controller does not come in direct contact with water, oil, grease, or organic solvents, such as, thinner, etc. The CAD data can be downloaded from our website. Assembly dimensions with attached protection cover Short bar Timer adjuster Mode selection switches (83.) (3.287) Suitable for 3 mm.378 in width D rail oblong holes Notes: ) The above drawing illustrates the dimensions of. The dimensions of -C7 and -C7W are identical to those given above. 2) The front panel of each model is different. Refer to p.964 for more details of the front panels.

Two outputs: contact and non-contact

SRIS Sensor Controller Multi-functional slim sensor controller DI rail mounting Two outputs: contact and non-contact Connects two sensors -C7W Mountable on 3 mm.378 in DI rail by one-push. It reduces mounting