Model 295-120 Capacitor Trip Device

295-120V

The Model 295-120 Capacitor Trip Device provides essential circuit breaker tripping capabilities for industrial systems. Designed for operational continuity, it accepts a nominal 120VAC input, delivering a stable 170VDC output. A key feature is its hold-up time, guaranteeing at least 12 seconds of power after input voltage removal, crucial for maintaining system integrity during transient events. This device operates reliably across a broad 50-400Hz frequency range and withstands environmental conditions from -20° to +131° F. Its robust 20 Gauge CRS construction and surface mounting option ensure durability and ease of installation. With a trip voltage threshold of 65% of normal voltage, the 295-120 offers a dependable solution for critical power management and safety protocols.

Capacitor Trip Device

DOWNLOADS:

295-120v

Specifications

Nominal input voltage120VAC
Input voltage range90-120VAC
Output voltage170VDC
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 Threshold85 volts or more
Warrantyone year

FAQs

What is the input voltage requirement for the Model 295-120 Capacitor Trip Device?
The Model 295-120 requires a nominal input voltage of 120VAC, with an operational range of 90-120VAC.
How long can the Model 295-120 maintain its charge after power loss?
The device provides a hold-up time of at least 12 seconds after the charging voltage is removed, ensuring sustained operation.
What are the environmental operating limits for this capacitor trip device?
The Model 295-120 operates within a temperature range of -20° to +131° F and tolerates 0-97% humidity without condensation.