Single-Phase Current Monitor

The Model 2732 Single-Phase Current Monitor provides reliable current monitoring for industrial applications. Its adjustable trip delay, ranging from 0.2 to 20 seconds, allows for precise system response tailoring. Users can configure the unit for either over-current or under-current sensing, offering versatile protection. With a DPDT contact configuration and a 10A at 240VAC resistive contact rating, it ensures robust switching capabilities. The monitor features transient protection up to 2500V for 10ms, safeguarding critical systems. Its expected mechanical relay life of 10 million operations and electrical life of 100,000 operations at rated load underscore its durability. Flexible reset options, including automatic, manual, or remote manual, enhance operational control. This device is engineered for consistent performance in demanding environments, maintaining stability across a -20° to +131° F operating temperature range.

Current Monitor

DOWNLOADS:

b2732-115vac

Specifications

Input Voltage120VAC
Voltage Range100-130VAC
Voltage140VAC
Frequency50-400Hz
Input Current1 - 5 Amps
Transient Protection2500V for 10ms
Contact ConfigurationDPDT
Contact Rating10A at 240VAC resistive
Expected Relay Life (Mechanical)10 million operations
Expected Relay Life (Electrical)100,000 operations at rated load
Trip DelayAdjustable 0.2 to 20 seconds
ResetAutomatic, Manual (reset button on case) or Remote Manual
Operating Temperature-20° to +131° F
Humidity Tolerance0-97% w/o condensation
Enclosure MaterialABS Plastic
Operating ModesOver-current sensing or under-current sensing

FAQs

What is the operating voltage range for this current monitor?
The Model 2732 operates with an input voltage of 120VAC, within a voltage range of 100-130VAC.
How can the trip delay be adjusted on the Model 2732?
The trip delay is adjustable from 0.2 to 20 seconds, allowing for customization based on application requirements.
What are the available operating modes for current sensing?
The unit supports both over-current sensing and under-current sensing modes, providing flexible protection options.