Reverse Power Relay(TE 800)

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MOQ : 1 Unit

Reverse Power Relay(TE 800) Specification

Coil Voltage
230V AC

Contact Material
Silver Alloy

Dielectiric Strength
2000V AC for 1 Minute

Protect Feature
Reverse Power Trip Protection

Contact Form
SPDT (1 Changeover)

Contact Resistance
<50 m

Power Consumption
<5VA

Coil Power
<5VA

Mechanical Life
1 Million Operations

Product Type
Reverse Power Relay

Insulation Resistance
>100 M at 500V DC

Theory
Electromagnetic Relay

Contact Load
5A @ 250V AC

Rated Voltage
230V AC

Supply Terminal
Rear/Bottom Side

Size
Standard Compact

Color
Black & White

Dimension (L*W*H)
110mm x 80mm x 120mm

Weight
Approx. 450g

Reverse Power Relay(TE 800) Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1000 Units Per Week

Delivery Time
3 Days

About Reverse Power Relay(TE 800)

We are an acclaimed manufacturer of Reverse Power Relay(TE 800) for our widely scattered clients. It monitors the power flowing in the phases. The direction of the power is checked. The relay monitors current flowing in the B phase. This current is squared with the voltage in RY phase and motoring condition detected. Power sensed is compared to a reference and a timer is triggered above limit. Timer can be set 0-10 sec in our Reverse Power Relay(TE 800). Contacts changeover occurs on time out and an LED indication signals closure.

RYB SENSING Reverse Power - 6 - 10 %

Size : 70 x 60 x 110 mm

Dependable Reverse Power Protection

The TE 800 Reverse Power Relay is expertly crafted to guard synchronous generators and parallel systems against harmful reverse power conditions. Its robust design ensures prompt trip response, minimizing the risk of generator damage, operational downtime, and power losses. With advanced insulation and durable contact materials, the relay assures stable performance over prolonged periods.

Easy Integration in Power Systems

Designed for simple rear or bottom terminal connections, the TE 800 fits seamlessly into standard relay panels. Its compact, standardized dimensions allow electricians and engineers to optimize control panel layouts without sacrificing valuable space. The relays black and white color scheme supports clear identification during installation and maintenance.

FAQs of Reverse Power Relay(TE 800):

Q: How does the Reverse Power Relay (TE 800) operate to protect power systems?

A: The TE 800 detects reverse power flow conditions in generators or parallel power systems. When reverse power is sensed, its electromagnetic mechanism swiftly trips the circuit, preventing reverse current from damaging equipment or causing system instability.

Q: What are the main usage scenarios for the TE 800 relay?

A: This relay is typically used in power generation plants, parallel generator setups, and industrial sites where it is essential to prevent back-feeding of power, thus protecting generators from motoring or reverse power faults.

Q: When should the TE 800 Reverse Power Relay be installed?

A: The relay should be installed during initial setup or when upgrading protection systems in generator or parallel power configurations. It is crucial when integrating new generators or enhancing existing power system safety.

Q: Where is the supply terminal located on the TE 800, and how does this affect installation?

A: The TE 800 features rear and bottom side supply terminals, enabling versatile panel installation and straightforward wiring, which saves time and ensures compliance with standard switchgear layouts.

Q: What process is involved in wiring the TE 800 relay in a control panel?

A: To wire the TE 800, connect the 230V AC supply to the coil terminals at the rear or bottom, link the SPDT contact terminals for control circuits, and ensure all connections meet insulation and dielectric specifications. Follow safety protocols to guarantee optimal relay performance.

Q: What are the key benefits of using the TE 800 Reverse Power Relay?

A: Key benefits include enhanced safety for generators, extended equipment lifespan, dependable operation over 1 million cycles, low power consumption, and quick protection against reverse power events. Its compact size and strong insulation simplify system design and ensure reliability.

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