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HYUNDAI HMC130 CONTACTOR

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HYUNDAI HMC130 CONTACTOR Specification

Operating Temperature
-5°C to +60°C

Power Factor
0.85

IP Rating
IP20

Connector Type
Screw Connector

Efficiency
High

Insulation Material
Polycarbonate

Surface Finish
Matte

Overheating Protection
YES

Mounting Type
DIN Rail / Panel Mounting

Feature
Reliable Operation, Long Electrical Life

Humidity %
≤ 95% RH (non-condensing)

Shape
Rectangular

Product Type
Contactor

Application
Industrial Motor Control, Power Circuit Switching

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
690 V AC

Energy Consumption
Low

Output Type
Mechanical

Color
Grey & Black

Dimension (L*W*H)
137 x 147 x 157 mm

Weight
3.8 kg

Size
Standard

Input Voltage
110-230 V AC/DC (Coil Voltage)

Phase
Three Phase

No Of Poles
3

Material
High-grade Plastic & Metal

Connection Type
Screw Terminal

HYUNDAI HMC130 CONTACTOR Trade Information

Sample Available
Yes

Main Export Market(s)
Asia

Main Domestic Market
All India

About HYUNDAI HMC130 CONTACTOR

A contactor is an electrical device which is used for switching an electrical circuit on or off. ... These contacts are in most cases normally open and provide operating power to the load when the contactor coil is energized. Contactors are most commonly used for controlling electric motors

Industrial Motor Control Excellence

The Hyundai HMC130 contactor delivers consistent, reliable control for industrial motors and power circuits. Its durable construction includes silver alloy contacts and high-grade insulation, ensuring long service life and stable performance even in harsh environments. The mechanical design supports frequent operations, making it ideal for demanding manufacturing processes.

Superior Protection and Safety Features

Equipped with IP20 protection and overheating protection, the HMC130 shields users and machinery from unsafe conditions. It withstands significant short-time current and physical vibration, ensuring safety in industrial setups. The matte surface finish and high-quality connector design contribute to ease-of-use and overall reliability.

FAQ's of HYUNDAI HMC130 CONTACTOR:

Q: How is the HYUNDAI HMC130 Contactor installed in industrial systems?

A: The HMC130 can be mounted using either DIN rail or panel mounting methods, and it connects to existing power circuits via screw terminals, ensuring secure installation in industrial motor control setups.

Q: What applications are suitable for this contactor?

A: This contactor is ideal for industrial motor control, power circuit switching, and other heavy-duty applications requiring high reliability and long operational life in three-phase systems.

Q: When should the HMC130 be selected over other contactors?

A: Opt for the HMC130 when your application demands a high rated current (130A), long electrical and mechanical life, robust safety features, and reliable performance in environments with high humidity and vibration.

Q: Where is the best location for using the HMC130 Contactor?

A: The HMC130 is well-suited for factories, plants, and automated facilities, especially where environmental challenges like temperature extremes or vibrations are present, thanks to its enhanced resistance and protection ratings.

Q: What is the process for connecting auxiliary contacts in the HMC130?

A: The auxiliary contacts (2NO + 2NC) are easily wired into control circuits through the designated screw connector terminals, facilitating straightforward integration into automation or protection systems.

Q: How does the HYUNDAI HMC130 Contactor contribute to system efficiency and safety?

A: Its low coil consumption, high operating efficacy, overheating protection, and IP20 rating promote energy saving and reduce the risk of electrical hazards, ensuring both system reliability and operator safety.

Q: What are the main benefits of choosing the HMC130 Contactor for your application?

A: Users benefit from its extended electrical and mechanical life, reliable operation under challenging industrial conditions, robust safety features, and simplified installation, leading to reduced maintenance and improved system uptime.

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