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Tesys Gig Amp Heavy Duty
AC/DC Coil Operation

Wide-range Application
220V Coil

Compact DIN Mount Style
3noplus2nc Contacts

Durable Build Supports Frequent Switching Cycles
Optimized for Motor Control & Industrial Systems

Handles Up to 180a Loads
Reliable 4-pole Configuration

40 Amp Current Rating for Reliable Motor Control
3-pole Configuration for Versatile Applications

Current Rating 9-65a Universal Ac/dc Coil from 24 - 250V...
Includes 1 No Plus 1 Nc Auxiliary Contacts

Wide Voltage Range Supports Versatile Industrial Use
4 Pole Design Ensures Efficient Power Control

Highly Reliable: Operates down to 17v-1ma, Ip20, −25°c to Plus60°c,
Push‑in (spring‑clamp) Side Terminals for Quick, Tool‑free Wiring

Push-in Terminals Enable Quick & Secure Wiring
Compact Build Ideal for Space-constrained Setups

Handles Up to 66a for Demanding Loads
Compact Design with High Mechanical Durability

Suitable for Assembling 3 Lc1d40a-d80a Contactors with Time Delay
Ensures Reliable & Synchronized Motor Starting Operations

Type 2 Co-Ordination Chart Available with Fuse, Mpcb & Mccb...

Wide Range of Voltage Support (415 V, 50 Hz) for
16 Amp Current Rating for Reliable Switching

Pre‑wired Starter Kit for Three Identical Lc1d09-38 Contactors
Supports Motors Up to 25kw @400v in Star-delta Configuration

Designed for Reliable Performance in 415vac Duty Applications
Durable Construction Ensures Long-lasting Operation in Industrial Setups

Compact Reversing Contactor Designed for 6a Motor Control Applications
Enables Easy Forward & Reverse Motor Operation

4 Normally Open (NO) Contacts for Versatile Control
Reliable Performance in Both Industrial & Commercial Applications

250 Amp Rating Ideal for Heavy-duty Industrial Use
24 V AC Coil Voltage for Efficient Control


Rated for 440V & 265 Amp for Heavy-duty Use
3-pole Design for Efficient Power Control

Supports 3-phase Monitoring for Reliable Control
Handles Up to 1250 VA Load for Efficient Operation

Durable for Industrial Control Panels
10a Current Handling at 600v

3-pole 200 Amp Power Contactor
High Endurance for Heavy Loads

Compact 50 Amp Rated Body
Versatile for Automation Setups

Automates Lighting or Heating
Reliable Power Switching

High Operational Ambient Temperature Upto 60 deg C High Electrical


Includes 1 NC Auxiliary Contact
Compact for Tight Installations

Handles 220 AC Coil Voltage
Compact Size, Reliable Switching

Two Changeover (2 CO) Contacts for Versatile Switching
Ideal for Controlling Three-phase Electrical Systems

Ensures Reliable Coil Activation in Electrical Circuits
Compact Design for Easy Integration & Space Efficiency

Great for Control Panels
Ensures Reliable Control Switching

415 V Coil Ensures Reliability
Wide Range 3-pole Design

Wide-range Coil for Versatile Use
4-pole Design for Full Coverage





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A control relay is better described as a device that assures that all connections in a specific circuit may be effectively controlled also when situations within the same or related circuits change. Contactors are devices that disrupt an established electrical circuit in a typical setting. Contactors and relays are both electronically charged gadgets used to maintain and monitor the efficiency of electrical circuits. The fact that electric contactors & relays work on the same principle distinguishes them. To put it simply, both of the above devices comprise solenoid valves that are subsequently charged by electricity in order to adjust and regulate the electrical demand.
Relays are devices that hold the terminals of an electronic circuit in response to a change in parameters or circumstances within the same or another linked circuit. In contrast, side contactors are employed to repeatedly break or create contacts in an electrical system under varying situations.
Contactors: A contactor is just an electronic appliance used to turn an electrical circuit on or off. Contactors are small and easy to install in the field. So, when the contactor coil is powered, these connections are generally open and deliver operational energy to the load. Contactors are often used to regulate electric motors.
Thermal Overload Relay: Thermal overload relays seem to be low-cost electromechanical main-circuit protection devices. They provide dependable motor safety in the case of overloading or phase failure. The thermal overload relays with contactors can give a compact beginning solution. The thermal overload relay, used in motor starting circuits, prevents the engine from drawing excess current, damaging the motor insulation.
Smart Relays: Smart Relays are implanted devices you could connect to any electrical system to provide remote wireless operation of everything else attached to that channel. Smart relays are intended to make the electrical cabling of innovative solutions easier. The smart relay is straightforward to set up. Its adaptability and superior performance enable customers to save both money and time.
Overload Relays: Overload relays protect motors by monitoring power in the motor system and closing it whenever an electric overload or a phase breakdown is detected. Because relays are far less expensive than motors, relays provide a cost-effective method of safeguarding motors. When a high-current scenario occurs due to an earth fault, short-circuits, phase breakdown, or mechanical jamming, overload relays turn off electricity to the motor.
Protective Relays: A protective relay seems to be switchgear equipment that identifies a failure and activates the circuit breakers to separate the faulty component from the remainder of the circuit. They are small, self-contained devices capable of detecting unusual circumstances. Protective relays recognize abnormal situations in electronic systems by continuously monitoring electrical values that vary under fault and normal conditions.
Plug-In Relays: To maintain electrical equipment working smoothly, plug-in relays are utilized when machinery or motor must manage a circuit utilizing a lower-power output or when numerous circuits should be managed using a single uniform output. Commonly, plug-in relays are utilized in control and automation systems.
Number of Poles: Electrical contactors are available in three and four-pole configurations. It would be best if you chose the contractor based on the frequency of phases in the load. For example, if you wish to operate a three-phase motor, you need to use a three-pole contactor. When you want to detach the neutral, go with the four-pole version.
Category of Application: Another significant selection element is load characteristics. First and foremost, you should understand the contactor's application and pick the appropriate product based on the load characteristics.
Power and Current: You must select a proper contactor based on the load's power or current. When you choose a tiny contactor, your contacts will wear & stay. This has disastrous implications.
Coil Voltage: It is the voltage used to regulate the coil. The magnetic field affects the location of the primary contacts whenever the coil is powered. The coil could burn if too much electricity is supplied to it. When less voltage is provided to the coils, the power connections perform a constant vibratory pull-and-drop in a relatively short period. That is why you must give the coils the proper control voltage.
L&T: L&T offers unmatched strengths across Tech, Engineering, Architecture, and Production. It retains dominance in all its primary business lines, including over 80 years of a powerful, customer-focused strategy and a constant drive for world-class performance.
Legrand: Legrand seems to be a global leader in the digital and electrical building infrastructure industries. They have been an Indian security industry pioneer for over two decades. You use the worldwide experience to tailor services locally, providing end-to-end services across divisions and sectors ranging from commercial and residential to hotel and industrial. To complement their core offers of circuit breakers & distribution boards, Legrand has gradually established product lines for wiring gadgets, door entry, cable management, & structured cabling.
Schneider: Schneider Electric, originally Schneider Electric SA, is a firm that produces energy control and automation technology and services for the distribution of electricity. Control and automation devices; low voltage equipment and devices; solar & power storage; moderate voltage distributing and network management; and vital energy, cooling, and racking are among its primary items.
C&S: C&S Electric Limited is an Indian electronic and electrical equipment company. It is India's leading exporter of commercial switchgear and power panel board equipment. Electricity production, distribution and distribution, protection, and ultimate consumption are all uses for C&S Electric devices.
You may purchase Contactor Relay from Moglix. Browse the vast assortment on the website to shop online. Our website now offers branded Contactor Relays at competitive pricing with unique discounts. If you've been putting off purchasing branded Contactor Relays due to the high pricing, now is your opportunity to save big! Relays & contactors are employed in lighting setups to power a big office complex or a commercial showroom. These are widely utilized in mines, electric vehicles, telephone exchange networks, trains, computer accessories, remote controls, audio-visual systems, and other applications. One of the distinguishing features of Moglix products is their dependability and conformity to international quality standards.