Heat Cycle Test
Description
Description
Heat Cycle Test Systems are designed to raise and control the temperature of a conductor or other low impedance electrical loop to simulate the current loading conditions found in electrical circuits.
This heating is achieved by utilizing the test loop as the secondary winding of a current transformer for inductive heating. Measurement of the loop temperature is made by direct contact of a K-type thermocouple probe with the conductor of the test loop.
Our systems are offered as low voltage test systems or high voltage test systems. The low voltage test system utilizes one loop of the conductor passing through the desired number of CT carts to reach the necessary current level. Additionally Impulse tests can be performed on the high voltage side of the test set up.
Designed for working on 400V, 2 Phases of 3phase AC supply. Supplying up to 6000 Amperes in cables loop of up to 15 meter of suitable capacity. Various other optional accessories are available including advance control system.
Resistive Load Bank
Description
Description
Load Banks are designed for load test to be carried on Single/Three Phase AC/ DC Power Supplies, DG sets, UPS and Inverters etc. We manufacture loads up to 3000kW suitable for working on Single Phase 230V +5% and 3Phase 400 V +5% 50HzAC supply. The power factor in AC can be variable/adjustable from 0.2 lag to unity to 0.3 lead. The capacities are available from 5kW to 3000kW. The units are available with Stepped & Stepless versions with Manual, Semi Automatic and Fully Automatic Controllers. Digital Multi function meters are also available to indicate voltage, current, watt, KVAr, Pf.
The Loads are normally designed for continuous operation and are forced air-cooled with auxiliary supply with Independent Controls.
We manufacture following types of Loads:
- Resistive Loads.
- Inductive Loads.
- Capacitive Loads.
- Resistive/Inductive combined Loads.
- Resistive/Inductive/Capacitive combined Loads.
Each load banks consist of coarse and fine controls as per the specific requirements.
