Specification Details
Brand: DEIF
Product Type: Semi-Auto Synchronising Relay
Series / Type: HAS-2N
Model / MPN: 1114320011B
Function: Electrical Generator Synchronization
Synchronization Mode: Semi-Automatic
ΔF Max Adjustment: 0.2–1.0 Hz
ΔV Max Adjustment: 2–12%
TBC Adjustment: 0–200 ms
Typical Max Voltage Difference Acceptance: 10%
Typical Max Frequency Difference Acceptance: 0.4 Hz
Controls: ΔF Max, ΔV Max, TBC
Indicators: TEST/RUN, SYNC
Application: Generator, Alternator, Busbar & Power-System Synchronization
Typical Industries: Marine, Industrial Automation, Power Generation
Mounting: Enclosed Panel / Control Panel Mounting
Country Of Origin: Made In DENMARK
Condition: Used Excellent Working (As Per Photos)
Shipping: Fast & Safe Worldwide Shipping Available.
| Brand | DEIF |
|---|---|
| Category | RELAY |
The DEIF 1114320011B HAS-2N Semi-Auto Synchronising Relay is an industrial electrical synchronization device designed to assist in safely synchronizing an incoming generator or electrical source with an existing busbar or power system.
The relay monitors synchronization parameters such as voltage difference, frequency difference and breaker closing timing, allowing the operator or control system to achieve suitable synchronization conditions before breaker closure. The front panel provides adjustable settings for frequency difference, voltage difference and breaker closure time, together with TEST/RUN and SYNC indication functions.
The 1114320011B configuration is associated with the DEIF HAS-2N Semi-Auto Synchronising Relay. Available product references identify the unit with adjustable ΔF Max of 0.2–1.0 Hz, TBC of 0–200 ms and ΔV Max of 2–12%; typical set points shown for the relay include 10% maximum voltage-difference acceptance and 0.4 Hz maximum frequency-difference acceptance.
This DEIF synchronising relay is particularly suitable for marine electrical systems, generator control panels, industrial power systems, switchboards and automation applications where reliable generator-to-bus synchronization is required.