What to do if my SICK STR1 Switch has no voltage supply?
If your SICK Switch has no voltage supply, you should: * Check the voltage supply. * If the light emitting diodes do not light up even if a voltage supply is present, replace the safety switch. * Check OSSD 1 and OSSD 2 for short-circuit downstream of 0 V or 24 V DC, or between one another. * Check cabling for damage. Remember, there must be a dual-channel configuration.
What to do if my SICK Switch has an external fault?
If your SICK Switch indicates an external fault, take these steps: 1. Isolate the faulty sensor and check it separately. 2. Check the wiring for cross-circuits and short-circuits. 3. Switch the voltage supply off and on. If the fault persists, the sensor is likely defective and should be replaced.
What to do if my SICK STR1 has an internal fault?
In case of an internal fault with your SICK Switch: 1. Isolate the faulty sensor and check it separately. 2. Check the wiring for cross-circuits and short-circuits. 3. Switch the voltage supply off and on. If the fault continues, the sensor is defective and needs replacement.
Why did the teach-in sequence fail on my SICK STR1 Switch?
The teach-in sequence for your SICK Switch might have failed because: * The actuator was removed from the response range too early. * The voltage supply was not isolated in a timely manner. To resolve this, try teaching in the actuator again.
What to do if the maximum number of actuators has been taught in on my SICK Switch?
If the maximum number of actuators has already been taught in on your SICK Switch, it is not possible to carry out another teach-in process.
What to do if an actuator that has already been taught in needs to be taught in again on my SICK STR1 Switch?
It is not possible to teach in an actuator again if it has already been taught in on your SICK Switch.
Provides crucial general safety precautions and warnings for using the safety switch.
Specifies the approved applications and conditions for the STR1 safety switch.
Details the necessary expertise for personnel involved in handling the safety switch.
Explains how the safety switch detects and indicates internal and external faults.
Covers options and considerations for connecting multiple safety switches in series.
Lists the internal protective functions integrated into the safety switch.
Details how to integrate the safety switch into the machine's control system.
Defines the principles and requirements for performing thorough checks.
Explains how to connect safety switches in series using T-connectors.
Safety prerequisites before initiating the commissioning process.
Step-by-step guide for teaching in actuators for unique and permanently coded switches.
Procedures and requirements for performing thorough checks during commissioning.
Safety warnings and actions to take in case of malfunctions or hazards.
Details fault indications via LEDs and provides corrective measures.
Details safety performance levels, category, SIL, and response times.
General| Type | Safety switch |
|---|---|
| Housing material | Plastic |
| Number of safe outputs | 2 |
| Supply voltage | 24 V DC |
| Safety Integrity Level | SIL3 |
| Performance Level | PL e |
| Category | 4 |
| Enclosure rating | IP67 |
| Operating Voltage | 24 V DC |
| Output Type | PNP |
| Switching Distance | 8 mm |
| Connection type | Cable with connector |
To Next Page
