M200-TVU DC Under Voltage Trip Relay (Copy)

£ 63.00£ 86.00

The M200-TVU DC voltage relay under voltage.

A full range of relays is available on our main site. For enquiries please contact sales@multitek-ltd.com 

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Description

The M200 DC voltage trips are commonly used for monitoring battery
voltage conditions but can be used in any application where the dc
voltage level is critical. The user is provided with an adjustable set-point
of 0-80% on under units and 40-120% on over units. The differential is
internally set at 5%; no time delay is provided.
As is common with all M200 relays, on over units the relay energises
when the input signal exceeds the trip point and on under units the relay
de-energises when the input signal goes below the trip point.
A red LED indicates the state of the relay whilst a green LED indicates
the state of the power supply.

Power Supply
The voltage relays monitor their own power supply so auxiliary power is not necessary. A green LED indicates a supply is present. The relays feature an adjustable power supply, allowing flexible selection of the connected nominal voltage.

A full range of relays is available on our main site. For enquiries please contact sales@multitek-ltd.com 

 

Additional information

Weight 0.38 kg
Dimensions 12 × 6.5 × 8.5 cm
Input Voltage

10V, 50V, 100V, 150V, 300V, 500V

Auxiliary Voltage

57.7V AC, 63.5V AC, 69.3V AC, 120V AC, 139V AC, 220V AC, 230V AC, 240V AC, 277V AC, 380V AC, 400V AC, 415V AC, 24V DC, 48V DC, 110V DC, 125V DC

Specifications

Input


Three phase 100 <600 V 
Frequency 50/60/400 Hz 
Burden <2.5 VA per phase single units 
<3 VA per phase combined units 
Overload 1.5x Un continuous 
2 x Un for 3 seconds 

Setpoint

Range under Adjustable 75% to 100% Un 
Repeatability Better than 0.5% of full span 
Differential Adjustable 1 to 15% 
Operating time Typically 200ms 

Auxiliary

All units self powered. 

Weight and Case

Single units Approx. 0.4kg. 55mm case 

Downloads

Brochure (Whole Range)

 

Full Product Range

Current, Volts, Frequency, Reverse Power, Synchronising, Phase Sequence, Phase Balance, Speed Sensing, DC Trip, Thermocouple, Thermistor Trip, Millivolt Trip, DC Voltage Trip, 3 Input RTD, 6 Input RTD