HYUNDAI HMC90 CONTACTOR

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HYUNDAI HMC90 CONTACTOR Specification

Operating Temperature
-5°C to +40°C

Humidity %
5% - 95% RH non-condensing

IP Rating
IP20

Connector Type
Screw Terminal

Power Factor
0.8

Insulation Material
Thermoplastic

Feature
Reliable performance, High breaking capacity, Long life

Shape
Rectangular

Overheating Protection
No built-in, requires external relay

Mounting Type
DIN Rail / Panel Mounting

Efficiency
High

Surface Finish
Glossy

Product Type
Power Contactor

Application
Industrial Motor Control, Power Circuits

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
690V AC Max

Energy Consumption
Low

Output Type
AC Output

Color
White & Black

Dimension (L*W*H)
110 x 100 x 120 mm (approx.)

Weight
Approx. 1.8 kg

Input Voltage
220V / 230V / 415V AC (coil voltages available as per requirement)

Phase
Three Phase

Size
Standard

Material
Thermoplastic / Copper / Silver Alloy Contacts

No Of Poles
3

Connection Type
Screw Type Terminal

HYUNDAI HMC90 CONTACTOR Trade Information

Payment Terms
Cash in Advance (CID)

Sample Available
Yes

Main Domestic Market
All India

About HYUNDAI HMC90 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

Reliable Motor Control Solution

HYUNDAI HMC90 Contactor delivers steadfast performance for industrial motor control applications. Designed to handle up to 90A, its robust structure and dependable mechanics ensure uninterrupted operation in demanding environments. The advanced AC electromagnetic coil and silver alloy contacts help safeguard equipment by providing reliable power switching and long lifespan.

High Safety and Protection Standards

Safety is prioritized with the IP20 protection level, shielding against accidental contact and ensuring secure installation. The contactor is made from high-quality thermoplastic and copper materials, giving it both durability and electrical insulation. Its glossy finish and compact form make it suitable for modern industrial panels.

Versatile Installation and Use

Flexibility in mounting allows for DIN rail or panel installation, while screw-type terminals facilitate easy connections. With support for three-phase circuits and multiple coil voltages (220V/230V/415V AC), the HMC90 adapts seamlessly to a wide range of industrial requirements. It operates reliably in humidity and temperatures from -5C to +40C.

FAQ's of HYUNDAI HMC90 CONTACTOR:

Q: How is the HYUNDAI HMC90 Contactor installed in an industrial setting?

A: The HMC90 Contactor supports both DIN rail and panel mounting methods. Its standard dimensions and screw-type terminals make the installation process straightforward for most industrial cabinets or control panels.

Q: What applications are suitable for the HYUNDAI HMC90 Contactor?

A: The contactor is ideal for industrial motor control and power circuit management, particularly in environments requiring reliable current switching for three-phase systems.

Q: When should auxiliary contacts be expanded on the HMC90 Contactor?

A: Auxiliary contacts can be expanded when additional signaling or control circuits are needed within your motor control setup, like interlocking or circuit status indication.

Q: Where can the HMC90 Contactor be used regarding environmental conditions?

A: This contactor is designed to operate efficiently in ambient temperatures from -5C to +40C and humidity levels ranging from 5% to 95% RH non-condensing, making it suitable for most industrial environments.

Q: What is the process for connecting the HMC90 Contactor to power supply?

A: Connectors are screw terminals suitable for standard wiring. Select the appropriate coil voltage (220V/230V/415V AC) as per system requirements, ensuring secure, reliable contact for safe operation.

Q: What are the benefits of using silver alloy contacts in this contactor?

A: Silver alloy contacts provide enhanced conductivity, reduced arc erosion, and longer electrical life, offering consistent reliability and minimal maintenance requirements over time.

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