Triconex 3615E Supervised Digital Output Module

The Triconex 3615E supervised digital output module delivers fast, clear outputs for safety and control applications.

Technical Specifications

• Manufacturer Triconex, model 3615E, supervised digital output module built for safety instrumented systems and control logic worldwide.
• Nominal voltage equals 24 VDC, with operating range between 20 and 28 VDC.
• The module provides eight supervised low power outputs rated at 0.5 A per channel for device drive.
• The total module current limit equals 4 A to protect combined load during heavy operation periods.
• Power draw reaches a maximum of 15 W during full output load conditions in normal operation.
• Isolation provides 1500 VDC between field and logic to ensure strong fault separation and operator safety.
• The module switches outputs in less than 1 ms from command to field for immediate actuation events.
• The operating temperature range spans from -20°C to +70°C for varied site conditions.
• Built-in diagnostics detect open and short faults and report status each scan cycle to the controller.
• Compact module weight and size simplify cabinet mounting and enable easy field service access by technicians.

Additional Technical Data

• Isolation withstand test meets 1500 VDC for one minute between field and logic to verify insulation performance.
• Channel supervision identifies open-circuit and short-circuit conditions and flags them to the safety controller each cycle.
• Transient suppression lowers switching spikes and protects actuators and relays from voltage transients during switching.
• Module firmware supports diagnostic logging and event timestamps for easier fault analysis and traceability.
• Mean time between failures (MTBF) exceeds common industrial targets to support continuous plant availability goals.

Installation Guidelines

• Mount the 3615E module into the assigned rack slot and engage the mechanical latch securely before wiring.
• Use recommended wire gauges and specified torque values on terminals to ensure stable electrical connections long term.
• Route output wiring away from high voltage power runs to reduce electromagnetic interference and improve signal integrity.
• Verify supply voltage lies within the 20 to 28 VDC range before power-up to prevent component stress during startup.
• Run loop checks and supervised output tests after wiring to confirm correct connections and module operation before commissioning.

Packaging List

• 1 x Triconex 3615E supervised digital output module with protective caps and factory packaging.
• 1 x quick start guide, installation manual, and wiring diagrams for fast field setup and inspection.
• 1 x foam cushion and labeled shipping box to protect the module during transit and handling operations.

Warranty & Delivery

• We include a standard 12 months warranty covering defects in material and workmanship from shipment date.
• Choose FedEx, UPS, or DHL for tracked shipping with expedited or standard delivery options at checkout.

Frequently Asked Questions (FAQ)

• Q: How does the 3615E detect output wiring faults during normal operation and reporting to control systems?
  A: The module monitors current and circuit state and sends fault flags each scan cycle to the controller.
• Q: Can the 3615E drive solenoids directly and what maximum continuous current per channel applies for such loads?
  A: Yes, the module drives low power actuators and supports continuous 0.5 ampere per output channel safely.
• Q: What isolation level separates field wiring from logic circuits to prevent cross faults and ground loops?
  A: The 3615E uses 1500 VDC isolation between field and logic to keep circuits separated during fault events.
• Q: How fast does the module respond from command to field and does it meet emergency shutdown timing needs?
  A: It switches outputs in under one millisecond, which fits most emergency shutdown and protection timing requirements.
• Q: What tests should I run after installation to verify correct wiring and supervised output operation before commissioning?
  A: Perform continuity checks, measure output currents, run supervision tests, and confirm controller fault reports during test cycles.