Beckwith Pride M‑0296C 3‑Phase Programmable Relay
The Beckwith Pride M‑0296C is a 3‑phase programmable relay from the Pride series, offering comprehensive protection for feeders, motors, and transformers in industrial environments. This relay provides overcurrent, over/undervoltage, over/underfrequency, and negative‑sequence protection, all in a single compact unit. Its programmable logic allows users to tailor the protection scheme to specific application needs.
Featuring high‑accuracy measurement and fast fault detection, the M‑0296C ensures reliable operation under both steady‑state and transient conditions. Its user‑friendly interface and LED status indicators simplify local monitoring and troubleshooting.
Key Features
Protection functions: 50/51, 27, 59, 81, 46
Programmable pickup thresholds and time delays
Selectable time‑overcurrent curves (IEC and IEEE)
Two independent output relays (trip and alarm)
Wide auxiliary supply: 24–250 VDC or 120/240 VAC
Compact DIN‑rail mountable enclosure
Conformal‑coated PCB for harsh environments
Technical Specifications
CT inputs: 1A/5A; PT inputs: 100–480 VAC; frequency: 50/60 Hz; accuracy: ±1% current, ±0.5% voltage; output: 2 x SPDT, 5 A; operating temperature: -20°C to +65°C.
Applications
Suitable for motor control centres, distribution feeders, generator protection, and transformer backup protection. Ideal for industrial plants, commercial buildings, and renewable energy systems.
Installation and Programming
Mount on DIN rail. Connect CTs, PTs, and control wiring. Program settings via front‑panel potentiometers and DIP switches, or optionally via communication port.
Reliability and Maintenance
Solid‑state design ensures long life. Includes surge protection and self‑diagnostics. Periodic testing is recommended.
Why Choose the M‑0296C?
This relay combines flexibility with cost‑effectiveness, providing essential protection functions with easy programming. Beckwith Electric’s reputation ensures reliable operation.
In summary, the Beckwith Pride M‑0296C delivers versatile and reliable protection for 3‑phase power systems.
