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HYUNDAI HiMC 130 CONTACTOR

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HYUNDAI HiMC 130 CONTACTOR Specification

Shape
Rectangular

Humidity %
Max. 90% RH (Non-Condensing)

IP Rating
IP20

Overheating Protection
With Thermal Overload Relay Compatibility

Power Factor
0.85

Efficiency
High Efficiency

Mounting Type
DIN Rail/Panel Mountable

Feature
Long Mechanical Life, High Durability, Compact Design

Surface Finish
Matte

Connector Type
Screw Connector

Operating Temperature
-25°C to +60°C

Insulation Material
High-Quality Insulating Thermoplastic

Product Type
AC Contactor

Application
Industrial, Motor Control, Electrical Panels

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
AC 690V

Energy Consumption
Low Power Consumption

Output Type
Auxiliary Contact Output Option

Color
Grey & Black

Dimension (L*W*H)
138 x 107.5 x 128 mm

Weight
2.5 kg

Phase
Three Phase

Input Voltage
220-240V AC Coil

Size
HiMC 130 Model

Material
Thermoplastic/Polycarbonate Body

Connection Type
Screw Terminal

No Of Poles
3 Pole

HYUNDAI HiMC 130 CONTACTOR Trade Information

Sample Available
Yes

Main Export Market(s)
Asia

Main Domestic Market
All India

About HYUNDAI HiMC 130 CONTACTOR

Raj Electricals Offering Hyundai HiMC 130 Contactor At Bhavnagar, Gujarat, India.

We are engaged in the supply, dealing, distribution, export and import of the widest range of electrical and electronic items that would suit every type of project, economy and medium.

Product Description :-

Manufacturer :- Hyundai

Model Number :- HiMC 130

Ith :- 160A

Frequency :- 50 Hz

Number Of Poles :- 3

Number Of Phase :- 3

Coil Voltage :- 110V, 220V, 440V

Auxiliary Contacts :- 2NO + 2NC

We Supply Our Products In All Over India And Also In Foreign Countries.

For More Details Contact : 9426838080.

Website: www.rajelectrics.com

Email: raj_electricals@hotmail.com.

Superior Performance in Industrial Environments

Designed for heavy-duty motor control and electrical switching, the HiMC 130 Contactor offers impressive mechanical reliability and high electrical lifespan. Its sturdy construction and efficient contact mechanism guarantee optimal performance, making it a staple in industrial settings where durability and safety are non-negotiable.

Advanced Protection and Easy Installation

With a protection level of IP20 and compatibility with thermal overload relays, the HiMC 130 ensures equipment and personnel safety. It conveniently mounts on DIN rails or panels, simplifying the installation process for electrical professionals. Its screw terminal connections provide a stable and efficient electrical interface.

FAQ's of HYUNDAI HiMC 130 CONTACTOR:

Q: How is the HYUNDAI HiMC 130 Contactor typically installed?

A: The HiMC 130 Contactor is designed for easy installation using either DIN rail or panel mounting methods. This allows for flexible integration in various industrial control panels and motor control centers.

Q: What applications is the HiMC 130 most suitable for?

A: This contactor is ideal for motor control, industrial automation, and use within electrical panels. Its high current rating and rugged build make it suitable for demanding applications in manufacturing, distribution, and processing industries.

Q: When should the thermal overload relay compatibility be used?

A: Thermal overload relay compatibility should be utilized when additional protection against motor overheating and circuit overloads is required. This enhances operational safety and helps to prevent damage to connected equipment.

Q: Where can this contactor be used safely?

A: The HiMC 130 offers IP20 protection and operates safely in environments with temperatures ranging from -25C to +60C and humidity levels up to 90% RH (non-condensing), ensuring versatile deployment in industrial settings.

Q: What are the benefits of the auxiliary contact output option?

A: The optional auxiliary contacts (1 NO + 1 NC) enable additional control flexibility, such as signaling, interlocking, or integration with monitoring systems, enhancing the contactor's adaptability in automated circuits.

Q: How does the HiMC 130 ensure high efficiency and low energy consumption?

A: Its coil is designed to consume 150 VA during inrush and only 12 VA during holding, which helps minimize overall energy use in continuous operations while maintaining reliable performance.

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