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TC 95 AMP STAR DELTA STARTER

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TC 95 AMP STAR DELTA STARTER Specification

Overheating Protection
YES

Connector Type
Screw Type

Feature
Overload & Short Circuit Protection

IP Rating
IP54

Power Factor
0.9

Operating Temperature
-10C to 50C

Surface Finish
Powder Coated

Mounting Type
Wall Mounted

Humidity %
95% RH (non-condensing)

Shape
Rectangular

Insulation Material
High Grade Insulation

Efficiency
High

Product Type
Star Delta Starter

Application
Industrial Motor Starter

Protection Level
IP54

Frequency (MHz)
50 Hz

Rated Voltage
415 V

Energy Consumption
Low

Output Type
AC Output

Color
Grey

Dimension (L*W*H)
33 x 24 x 20 cm

Weight
8 kg

Input Voltage
415 V AC

Phase
Three Phase

Size
Standard

Connection Type
Terminal

Material
Metal & Plastic

No Of Poles
3

Enclosure Material
ABS & Powder Coated MS

Contactor Rating
95 Amps

Operating Mechanism
Electromagnetic

Starter Type
Fully Automatic

Interlocking
Mechanical & Electrical

Cable Entry
Knockout type

Indication Lamps
Yes

Relay Range
45-75 Amp

Start/Stop Push Button
Provided

Control Voltage
230 V AC

Suitable For
Motors up to 60 HP

TC 95 AMP STAR DELTA STARTER Trade Information

Payment Terms
Cash in Advance (CID)

Sample Available
Yes

Main Export Market(s)
Asia

Main Domestic Market
All India

About TC 95 AMP STAR DELTA STARTER

Star/Delta starters are probablyA the most common reduced voltage starters. They are used in an attempt to reduce the start current applied to the motor during start as a means of reducing the disturbances and interference on the electrical supply.

Reliable Industry-Grade Construction

Built with a combination of ABS plastic and powder-coated mild steel, the TC 95 AMP Star Delta Starter withstands demanding industrial conditions. Its IP54 enclosure provides strong protection against dust and water splash, ensuring durability and consistent performance even in challenging environments. High-grade insulation and robust hardware contribute further to its reliability.

Optimized for Safety and Efficiency

Incorporating overload and short circuit protection, this starter guarantees both operational safety and equipment longevity. Efficient electromagnetic operation paired with low energy consumption offers dependable motor control with a power factor of 0.9. You can count on consistent performance and minimized downtime, thanks to the advanced design and superior safeguards.

FAQ's of TC 95 AMP STAR DELTA STARTER:

Q: How does the TC 95 AMP Star Delta Starter operate for motor starting?

A: The starter uses an electromagnetic mechanism to switch between star and delta configurations. This process reduces the starting current for motors up to 60 HP, ensuring smooth acceleration and minimizing electrical stress on connected equipment.

Q: What type of motors and applications is this starter best suited for?

A: It is ideal for three-phase industrial motors up to 60 HP, commonly used in factories, processing plants, and heavy machinery setups where controlled startup and robust protection are essential.

Q: Where should the TC 95 AMP Star Delta Starter be installed?

A: Designed for wall mounting, this starter is suitable for indoor industrial environments. Its IP54-rated enclosure protects against dust and splashing water, making it reliable in places with challenging conditions.

Q: What protective features are provided in this starter?

A: The TC 95 AMP Star Delta Starter offers overload and short circuit protection, as well as mechanical and electrical interlocking. These safety features prevent equipment damage and enhance operator safety.

Q: Can you explain the process of wiring and connecting this starter?

A: Connection is straightforward via screw-type terminal connectors. Knockout-type cable entries further simplify the wiring process for qualified technicians, ensuring secure and organized installation.

Q: What are the benefits of using this starter over direct-on-line starters?

A: Star delta starting reduces the initial inrush current, lowering mechanical and electrical strain on the motor, prolonging its lifespan, and improving overall system efficiency. It's especially advantageous for larger motors prone to high startup currents.

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