What to do if SICK ReLy EMSS3 show input error cross-circuit or process error?
If there's an input error with your SICK Relays, such as a cross-circuit or process error, immediately shut the machine down.
What to do if SICK Relays input error discrepancy time expired?
If there's an input error with your SICK Relays, specifically if the discrepancy time has expired, immediately shut the machine down.
What to do if SICK ReLy EMSS3 Relays input is stuck at HIGH?
If there's an input error with your SICK Relays, such as the input being stuck at HIGH, immediately shut the machine down.
What to do if there is an error in enabling current path in SICK ReLy EMSS3 Relays?
If there is an error in enabling the current path in SICK Relays, secure the machine to prevent unintentional activation.
What to do if supply voltage is too low in SICK ReLy EMSS3?
If the supply voltage to your SICK Relays is too low, either temporarily or permanently, immediately shut the machine down if its behavior cannot be clearly identified.
General| Safety Integrity Level | SIL3 |
|---|---|
| Performance Level | PL e |
| Supply voltage | 24 V DC |
| Number of safety outputs | 3 |
| Protection class | IP20 |
| Housing material | Plastic |
| Category | 4 |
| Switching voltage | 24 V DC |
| Ambient temperature range | -25 °C ... +55 °C |
Provides critical safety warnings regarding incorrect integration and hazards.
Defines the product's purpose and specifies limitations for UL/CSA applications.
Details the device's electrical switching capabilities and how enabling current paths work.
Lists the inputs (e.g., sensor, reset) and outputs (e.g., enabling paths, diagnostics).
Highlights manufacturer obligations, risk assessment, and handling precautions.
Covers operator obligations, risk assessment for changes, and prohibitions on modification.
Provides critical safety information for electrical integration, including supply voltage.
Emphasizes ensuring enabling current paths are supplied by the same voltage supply for safety.
Contains critical safety warnings and prerequisites for electrical installation.
Highlights DANGER warnings about effectiveness and electrical voltage hazards during connection.
Warns about the dangerous state of the machine during commissioning and advises checking the hazardous area.
Provides safety advice for troubleshooting, including immediate shutdown and securing the machine.
Explains fault indicators and operational statuses via LEDs, with possible causes and meanings.
Presents safety-related parameters like SIL, performance level, and test intervals.
Lists operating data like supply voltage, power consumption, and power-up delay.
Specifies input voltage, current, capacity, and reset time for inputs I1, I2, S1.
Details enabling current paths, including response time, switching capacity, and service life.
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