Servo Stabiliser

Voltage Variation Is a common phenomenon across the world, esp. in developing and under-developed nations. Voltage variation manifests in many different ways:

1. Low Voltage or Sags: Sags might be due to undersized distribution lines, connection of large loads to the network, ground faults, units located towards end of a long supply lines, etc.
2. High Voltage or Surges: Surges might be generated by disconnection of large loads, increase voltage at generating plant, atmospheric events, units located close to start of a supply line, etc.
3. Unbalanced Voltage: Phase to phase unbalancing in voltage is generally observed where multiple consumers draw power from a common distribution line or in remote locations far from power grid.

The duration of the above phenomena depends on the cause and is not predictable easily. Generally, voltage is low during the daytime & high during the night hours. Moreover, on holidays, peak hours, rainy days and when the commercial / agricultural load is switched off, the voltage rises quite sharply.

Voltage variations can play havoc with electrical & electronic systems & even bring the whole plant to a grinding halt. Even though you may currently not be experiencing the negative effect of voltage variations, it doesn’t imply that your unit is free from that problem!!! Your supply may be full of variations, but none has yet been severe enough to trigger a shutdown. Your electrical gadgets may be exposed to a significant risk, where a small increase in severity of the voltage variations could cause crippling losses.

Voltage Variation Is a common phenomenon across the world, esp. in developing and under-developed nations. Voltage variation manifests in many different ways:

1. Low Voltage or Sags: Sags might be due to undersized distribution lines, connection of large loads to the network, ground faults, units located towards end of a long supply lines, etc.
2. High Voltage or Surges: Surges might be generated by disconnection of large loads, increase voltage at generating plant, atmospheric events, units located close to start of a supply line, etc.
3. Unbalanced Voltage: Phase to phase unbalancing in voltage is generally observed where multiple consumers draw power from a common distribution line or in remote locations far from power grid.

The duration of the above phenomena depends on the cause and is not predictable easily. Generally, voltage is low during the daytime & high during the night hours. Moreover, on holidays, peak hours, rainy days and when the commercial / agricultural load is switched off, the voltage rises quite sharply.

Voltage variations can play havoc with electrical & electronic systems & even bring the whole plant to a grinding halt. Even though you may currently not be experiencing the negative effect of voltage variations, it doesn’t imply that your unit is free from that problem!!! Your supply may be full of variations, but none has yet been severe enough to trigger a shutdown. Your electrical gadgets may be exposed to a significant risk, where a small increase in severity of the voltage variations could cause crippling losses.

Voltage Variation Is a common phenomenon across the world, esp. in developing and under-developed nations. Voltage variation manifests in many different ways:

1. Low Voltage or Sags: Sags might be due to undersized distribution lines, connection of large loads to the network, ground faults, units located towards end of a long supply lines, etc.
2. High Voltage or Surges: Surges might be generated by disconnection of large loads, increase voltage at generating plant, atmospheric events, units located close to start of a supply line, etc.
3. Unbalanced Voltage: Phase to phase unbalancing in voltage is generally observed where multiple consumers draw power from a common distribution line or in remote locations far from power grid.

The duration of the above phenomena depends on the cause and is not predictable easily. Generally, voltage is low during the daytime & high during the night hours. Moreover, on holidays, peak hours, rainy days and when the commercial / agricultural load is switched off, the voltage rises quite sharply.

Voltage variations can play havoc with electrical & electronic systems & even bring the whole plant to a grinding halt. Even though you may currently not be experiencing the negative effect of voltage variations, it doesn’t imply that your unit is free from that problem!!! Your supply may be full of variations, but none has yet been severe enough to trigger a shutdown. Your electrical gadgets may be exposed to a significant risk, where a small increase in severity of the voltage variations could cause crippling losses.

Servo Stabilizer Three Phase is accessible in different insulation resistance level, insulation class, operating speed and output voltage based options. This three phase system has complete protection against over voltage, power overload, default phase, short circuit and under voltage. It uses energy efficient cooling fan for effective dissipation of internal heat. It consists of necessary parts like automatic voltage regulator, AC contactor, transformer, circuit breaker, terminal block, circuit controller and servo motor. Light in weight, this Servo Stabilizer Three Phase is preferred over its commonly used counterparts for its higher efficiency level, wave distortion free mechanism and ability to endure different load ranges. Voltage of this stabilizer can be adjusted easily and it remains functional for longer duration without manpower.

• Delivery Time: with in a day
• Packaging Details: In line with client requirement

Leveraging the skills of our qualified team of professionals, we are instrumental in offering a wide range of Servo Controlled Voltage Stabilizer.

Being a well-distinguished company in the market, we are into offering Commercial Voltage Stabilizer.

We GMDT Marine And Industrial Engineering Pvt. Ltd. are dealing in Oil Cooled Voltage Stabilizer whic consumes less power also the the working efficiency is good. We are supplier of Oil Cooled Voltage Stabilizer.

Note:Also Available Capacity: 10KVA to 1000KVA

We Offer the GMDT Diesel Generating set.

GMDT Gen Set comprising of various engines and alternators in line with the client requirements. such engines are Cummins, Volvo, Caterpillar, Perkins, Greaves, Kirloskar, TATA, Mahindra, Ashok Leyland, Eicher, Cooper, Weichai etc.. which couples with Stamford, Leroy-Somer , Crompton Greaves etc. alternators. The complete DG Set range is CPCB II Complaint & NAL (National Aerospace Agency) approved. Each Diesel Electric Genset is manufactured under stringent quality assurance process and undergoes in-house testing. Engine corresponds to ISO 3046, BS 5514 and DIN6271. The technical data applies to an engine operating on a fuel with a calorific value of 42.7 MJ/Kg(10200 Kcai/Kg) and a density of 0.86 Kg/Liter(7.01 LB/us gal). AC Generator performance corresponds to IEC-34, IS-4722.

GMDT Marine & Industrial Engineering Pvt. Ltd. take a quantum leap to enter in to Power Solution business with state of the art technology for input aggregates like engines, alternators, controllers and acoustic enclosures, GMDT provides a fully integrated power system, meeting global standards and at a very competitive overall cost of ownership.

We are offering Kirloskar High Power Special Purpose Transformer to our customers.

Salient Features:

• Highly reliable
• Flawless designs
• Used in special applications
• Sophisticated facilities
• Usage of FEM package
• 3D package for drawings
• Special tests like Zero Sequence Impedance test
• Harmonic analyses, Capacitance tan delta
• In house Impulse generator 1000 kVP, 50KJ, 5 stages
• Temperature rise test

Note:Also Available Capacity: 200 kVA to 500 kVA (up to 6.6 kV class)Voltage: 22 KV,33 KV

We have carved a niche amongst the most trusted names in this business, engaged in offering a comprehensive range of Industrial Voltage Stabilizer.
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