ABB REF615 HCFKAEADNDA2DAA11E | Feeder Protection & Control Relay In Stock
ABB REF615 HCFKAEADNDA2DAA11E | Feeder Protection & Control Relay In Stock - Image 2
ABB REF615 HCFKAEADNDA2DAA11E | Feeder Protection & Control Relay In Stock - Image 3

ABB REF615 HCFKAEADNDA2DAA11E | Feeder Protection & Control Relay In Stock

  • Model: ABB REF615 (HCFKAEADNDA2DAA11E)
  • Brand: ABB
  • Series: Relion® 615 Series
  • Core Function: Specialized feeder protection, control, measurement, and supervision for public and industrial power distribution systems.
  • Type: Feeder Protection and Control IED (Intelligent Electronic Device)
  • Key Specs: Supports IEC 61850 (Ed.2, HSR/PRP), DNP3, Modbus; directional & non-directional overcurrent and earth fault protection
Category: SKU: ABB REF615 HCFKAEADNDA2DAA11E

Description

Product In-depth Introduction

The ABB REF615 (HCFKAEADNDA2DAA11E) is a highly integrated feeder protection and control relay belonging to the Relion® 615 series. It is specifically engineered to protect, control, measure, and monitor public and industrial distribution networks. Whether your grid uses ungrounded neutrals or resistor/impedance grounding, this device adapts perfectly, making it ideal for both ring and radial networks with distributed generation.To be honest, modern distribution automation relies heavily on solid communication protocols. The REF615 stands out because it natively supports the full IEC 61850 standard (including Ed.2, GOOSE, and IEC 61850-9-2 LE) along with parallel redundancy protocols (PRP and HSR) without needing extra gateways. It also packs advanced, highly selective multi-frequency admittance earth fault protection, which is a lifesaver for pinpointing high-impedance faults in complex networks.

Key Technical Specifications

  • Manufacturer: ABB
  • Model Number: REF615
  • Full Order Code: HCFKAEADNDA2DAA11E
  • Product Type: Feeder Protection and Control Relay
  • Protection Functions: Directional/Non-directional Overcurrent, Earth Fault, Voltage & Frequency Protection
  • Communication Protocols: IEC 61850 (Ed.1 & Ed.2), DNP3, Modbus, IEC 60870-5-103
  • Redundancy Support: HSR (High-availability Seamless Redundancy) and PRP (Parallel Redundancy Protocol)
  • Time Synchronization: IEEE 1588 v2 (Precision Time Protocol)
  • HMI: Large LCD with single-line diagram display
  • Configuration Tool: PCM600
  • Operating Temperature: -40 °C to +70 °C

Installation & Wiring Guide

Phase 1: Preparation (Est. 15 min)

  • Safety Check: Ensure the feeder is de-energized and follow strict LOTO (Lockout-Tagout) procedures.
  • Toolkit: Gather screwdrivers, wire strippers, multimeter, and the device manual.
  • Backup: If replacing an existing unit, use the PCM600 software to back up the current logic and settings.

Phase 2: Remove Old Module (Est. 20 min)

  • ⚠️ Power Down: Disconnect auxiliary power and ensure all CT (Current Transformer) and VT (Voltage Transformer) secondary circuits are safely isolated.
  • Label Cables: Clearly mark all binary input/output wires, CT/VT connections, and communication cables.
  • Photo Reference: Take clear photos of the terminal wiring and the front panel status.
  • Unplug: Release the mounting clamps and carefully slide the relay out of the panel cutout.

Phase 3: Install New Module (Est. 20 min)

  • ESD Protection: Use an anti-static wrist strap when handling the device.
  • CT/VT Wiring: Connect the CTs and VTs strictly according to the polarity marks (P1/P2). Incorrect polarity will cause directional protection to malfunction.
  • Insert Panel: Push the REF615 into the panel cutout and tighten the mounting brackets securely.
  • Restore Wiring: Reconnect all labeled wires, ensuring the CT secondary circuits are never left open (which can create dangerous high voltages).

Phase 4: Power-Up Test (Est. 30 min)

  • Pre-check: Use a multimeter to verify there are no short circuits on the auxiliary power and I/O terminals.
  • Power On: Apply auxiliary power; the LCD should light up and display the default single-line diagram.
  • Configuration: Use PCM600 or the local HMI to load the correct parameter settings and verify the order code matches HCFKAEADNDA2DAA11E.
  • Secondary Injection: Perform a secondary current/voltage injection test to verify overcurrent and earth fault tripping logic works as expected.

Technical Pitfalls to Avoid

  1. CT Polarity Reversal: If the CT polarity is wired backward, directional protection will trip incorrectly. Always double-check that P1 faces the busbar (or as per your system design) and matches the relay’s Ia+, Ib+, Ic+ inputs.
  2. Open CT Circuits: Never leave a CT secondary circuit open while the primary is energized. It generates lethal high voltages. Always short-circuit unused CT cores.
  3. Communication IP Conflicts: When setting up IEC 61850 or Modbus, ensure the IP address and station ID do not conflict with other devices on the substation network.
  4. Configuration Mismatch: The REF615 has 12 standard configurations. Make sure the application configuration loaded via PCM600 matches your actual hardware wiring and protection requirements.

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