Model 295-240 Capacitor Trip Device

295-240V

The Model 295-240 Capacitor Trip Device ensures reliable circuit breaker tripping in industrial environments. Designed for a nominal input voltage of 240VAC, it provides a stable 339VDC output. This device maintains a charge for at least 12 seconds after the charging voltage is removed, a critical feature for facilitating essential tripping functions during power interruptions. Its robust construction allows operation across a wide temperature range of -20° to +131° F and tolerates 0-97% humidity without condensation. The unit's frequency range of 50-400Hz further enhances its adaptability across various power systems. With a continuous current draw of less than 5 milliamps, it offers efficient operation. This device provides consistent performance for critical safety applications, ensuring operational continuity and equipment protection through its dependable trip voltage threshold of 65% of normal voltage.

Capacitor Trip Device

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295-240v

Specifications

Nominal input voltage240VAC
Input voltage range190-240VAC
Output voltage339VDC
Frequency range50-400Hz
Operating temperature-20° to +131° F
Humidity tolerance0-97% w/o condensation
Case material20 Gauge CRS
MountingSurface
Discharge MethodManually or with a Control Device
Initial Current Draw10 amps (1st half cycle), 3 amps (2nd half cycle), 1 amp (3rd half cycle)
Continuous Current Drawless than 5 milliamps
Hold-up Timeat least 12 seconds after the charging voltage is removed
Trip Voltage Threshold65% of normal voltage
Indicator Threshold170 volts or more
Warrantyone year

FAQs

What is the primary function of the Model 295-240 Capacitor Trip Device?
The device provides a stored energy source to trip circuit breakers, particularly when the main control power is lost. It delivers 339VDC output from a 240VAC nominal input.
How long can the device maintain its charge to trip a breaker after power loss?
The Model 295-240 has a hold-up time of at least 12 seconds after the charging voltage is removed, ensuring sufficient time for critical operations.
What are the environmental operating limits for this capacitor trip device?
It is designed to operate within a temperature range of -20° to +131° F and can withstand 0-97% humidity without condensation.