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Here’s a short summary of Schneider Electric’s LC1D series contactors — what they are, typical uses, and a quick look at common models.

What is LC1D series

The LC1D series belongs to Schneider’s “TeSys D” line of 3-pole (mostly) contactors used for motor control and general AC load switching.

They support AC-3 utilization category — meaning they’re designed to switch three-phase motors (squirrel-cage motors), with breaking during running.

Contact voltage rating goes up to 690 V AC.

They have auxiliary contacts (typically 1 NO + 1 NC) for control circuits.

Coil-voltage and contactor current-rating vary depending on model — there are versions for small motors/loads up to heavy-duty industrial motors.

Common LC1D Models & Their Ratings

Here are a few representative models from the LC1D series (from smaller to larger ratings):

Model Rated Current / Use

[Schneider LC1D09 contactor]() — 3-pole, 9 A (AC-3) For small motors / light loads; coil voltage typical 230 V AC.
[Schneider LC1D25 contactor]() — 3-pole, 25 A (AC-3) For small-to-medium motors or equipment; good for loads ~15 kW (depending on supply).
(Intermediate variants — e.g. 12 A, 18 A, etc.) For small/medium motors, HVAC, pumps, compressors etc.
32 A, 40 A versions (e.g. 3-phase motors ~15 kW+) For medium-power motors, industrial machines.
Higher-current versions (e.g. up to 65 A, 80 A, etc.) For heavy-duty motors or industrial loads.

Typical Applications & Why LC1D Is Used

Used for controlling three-phase motors in industrial machines, pumps, compressors, HVAC systems, conveyors, etc. — anything requiring reliable switching of AC motors.

Because LC1D supports relatively high voltages (up to 690 V) and multiple current ratings, it’s flexible — from small control loads to heavy-duty motors.

Auxiliary contacts help integrate the contactor in control circuits (e.g. interlocks, automation controls, signaling).

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Here’s a consolidated list of common models in the Schneider Electric “LC1D series” contactors (also called TeSys D) — with their main current-ratings / typical use-ranges.

LC1D Series — Common Models & Ratings

Model Approx. Rated Current (AC-3 / Motor Control) / Notes

LC1D09 ~ 9 A
LC1D12 ~ 12 A
LC1D18 ~ 18 A
LC1D25 ~ 25 A
LC1D32 ~ 32 A
LC1D38 ~ 38 A
LC1D40 ~ 40 A
LC1D50 ~ 50 A
LC1D65 ~ 65 A
LC1D80 ~ 80 A
LC1D95 ~ 95 A
LC1D115 ~ 115 A (and up to 150 A variants exist in series)
LC1D150 ~ 150 A (highest standard in LC1D / TeSys-D series)

Key Notes — What the Series Covers

LC1D contactors cover a wide current range: from ~9 A up to ~150 A.

They are 3-pole contactors (most models). 4-pole variants also exist (mainly for AC-1 or non-motor loads).

Suitable for motor control (AC-3 duty), resistive or non-inductive loads (AC-1 duty) depending on application and load type.

Coil voltage / control circuit options vary depending on variant (AC or DC, different supply voltages).

The higher-rated LC1D contactors (e.g. 80 A, 95 A, 115 A, 150 A) are used for heavy-duty industrial motors / mains switching; lower ones (9 A–25 A) are used for small motors, control circuits or lighter loads

Here’s a short summary of Schneider Electric’s LC1D series contactors — what they are, typical uses, and a quick look at common models.

What is LC1D series

The LC1D series belongs to Schneider’s “TeSys D” line of 3-pole (mostly) contactors used for motor control and general AC load switching.

They support AC-3 utilization category — meaning they’re designed to switch three-phase motors (squirrel-cage motors), with breaking during running.

Contact voltage rating goes up to 690 V AC.

They have auxiliary contacts (typically 1 NO + 1 NC) for control circuits.

Coil-voltage and contactor current-rating vary depending on model — there are versions for small motors/loads up to heavy-duty industrial motors.

Common LC1D Models & Their Ratings

Here are a few representative models from the LC1D series (from smaller to larger ratings):

Model Rated Current / Use

[Schneider LC1D09 contactor]() — 3-pole, 9 A (AC-3) For small motors / light loads; coil voltage typical 230 V AC.
[Schneider LC1D25 contactor]() — 3-pole, 25 A (AC-3) For small-to-medium motors or equipment; good for loads ~15 kW (depending on supply).
(Intermediate variants — e.g. 12 A, 18 A, etc.) For small/medium motors, HVAC, pumps, compressors etc.
32 A, 40 A versions (e.g. 3-phase motors ~15 kW+) For medium-power motors, industrial machines.
Higher-current versions (e.g. up to 65 A, 80 A, etc.) For heavy-duty motors or industrial loads.

Typical Applications & Why LC1D Is Used

Used for controlling three-phase motors in industrial machines, pumps, compressors, HVAC systems, conveyors, etc. — anything requiring reliable switching of AC motors.

Because LC1D supports relatively high voltages (up to 690 V) and multiple current ratings, it’s flexible — from small control loads to heavy-duty motors.

Auxiliary contacts help integrate the contactor in control circuits (e.g. interlocks, automation controls, signaling).

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Here’s a consolidated list of common models in the Schneider Electric “LC1D series” contactors (also called TeSys D) — with their main current-ratings / typical use-ranges.

LC1D Series — Common Models & Ratings

Model Approx. Rated Current (AC-3 / Motor Control) / Notes

LC1D09 ~ 9 A
LC1D12 ~ 12 A
LC1D18 ~ 18 A
LC1D25 ~ 25 A
LC1D32 ~ 32 A
LC1D38 ~ 38 A
LC1D40 ~ 40 A
LC1D50 ~ 50 A
LC1D65 ~ 65 A
LC1D80 ~ 80 A
LC1D95 ~ 95 A
LC1D115 ~ 115 A (and up to 150 A variants exist in series)
LC1D150 ~ 150 A (highest standard in LC1D / TeSys-D series)

Key Notes — What the Series Covers

LC1D contactors cover a wide current range: from ~9 A up to ~150 A.

They are 3-pole contactors (most models). 4-pole variants also exist (mainly for AC-1 or non-motor loads).

Suitable for motor control (AC-3 duty), resistive or non-inductive loads (AC-1 duty) depending on application and load type.

Coil voltage / control circuit options vary depending on variant (AC or DC, different supply voltages).

The higher-rated LC1D contactors (e.g. 80 A, 95 A, 115 A, 150 A) are used for heavy-duty industrial motors / mains switching; lower ones (9 A–25 A) are used for small motors, control circuits or lighter loads

Here’s a summary of the Schneider Electric LC1D (often marketed under TeSys D) “DC-coil / AC/DC-coil” contactor series — what they are, key features, what “DC/AC-DC coil” means, and where they are used.

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What is LC1D (TeSys D) Series

The LC1D series is a family of 3-pole (or sometimes 4-pole / multi-pole) power contactors from Schneider Electric — used for switching motors, resistive loads, general power circuits.

Within this series, there are variants that accept DC control-coil voltage (or AC/DC coil), meaning the electromagnetic coil that actuates the contactor can be driven by a DC voltage (or by a range of AC or DC voltages depending on the variant).

This coil flexibility makes LC1D suitable for control systems where control voltage may be DC (e.g. 24 V DC) or AC, offering wider compatibility especially in automation panels, PLC-based control, battery-backup or DC-based control supply setups.

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Key Technical Specs & Capabilities

Contact ratings and load types: LC1D contactors cover a wide range — from small loads (motors of a few kW) up to heavy-duty loads (several tens of kW / high current circuits) depending on the exact model.

Voltage / Utilisation categories: The contactors support AC-1 (resistive loads, general power switching) as well as AC-3 (inductive loads like motors) utilisation categories.

Control-coil voltage flexibility: Some LC1D variants come with DC coils (e.g. 24 V DC, 220 V DC, etc.), while others use AC coils. There are even low-consumption AC/DC coil versions that allow either AC or DC supply, giving design flexibility.

Auxiliary contacts / accessories: Many LC1D contactors support auxiliary contact blocks, interlocks, surge suppressors, timers etc., enabling use in control circuits, interlocking, automation, and more complex control configurations.

Standards & reliability: Built to comply with relevant IEC/EN norms for industrial contactors. Known for good mechanical and electrical life — suitable for frequent switching in industrial/automation environments.

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Example LC1D Contactors (with DC-coil / AC-DC coil variants)

### [Schneider Electric LC1D09 3‑Pole Contactor (24 V DC Coil)]()
#### LC1D09 DC‑coil
*₹995*

### [Schneider Electric LC1D09 3‑Pole Contactor (DC/AC Coil)]()
#### LC1D09 DC/AC coil
*₹995*[Schneider Electric LC1D09 3‑Pole Contactor (24 V DC Coil)]() — A compact entry-level LC1D contactor (9 A rating) with a 24 V DC coil, suitable for small motors or control-circuit switching with DC control voltage.

[Schneider Electric LC1D09 3‑Pole Contactor (DC/AC Coil)]() — Similar compact contactor but with flexibility to accept AC or DC coil supply (depending on variant), useful where control supply may vary or in mixed systems.

Here’s a short, clear summary for Schneider LC1D258 Contactor (Tesys D series):

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LC1D258 – Short Summary

The Schneider LC1D258 is a 3-pole AC contactor from the TeSys D series, designed for motor control and power switching applications.
It has a 25A (AC3) current rating and is suitable for controlling motors up to approx. 11 kW @ 415V.
The contactor features long electrical life, compact size, DIN-rail mounting, and comes with 1 NO + 1 NC auxiliary contacts (varies by suffix).
It supports coil voltages like 230V AC / 110V AC / 24V DC depending on model code.

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LC1E is part of the “EasyPact / Easy TeSys Control” range of contactors from Schneider — intended for motor control, general AC load switching, and other switching duties (inductive motors, resistive loads, etc.).

It supports AC-1 (resistive/non-inductive loads) and AC-3 (motor control) utilization categories.

Rated operational voltage for the power circuit is up to ≤ 690 V AC (50/60 Hz).

Coil/control-circuit voltages vary depending on model — Schneider provides variants with different coil-voltages depending on application.

LC1E contactors typically have 3 power poles (3-pole, 3 NO — i.e. 3 normally-open main contacts) for three-phase switching.

LC1E — Typical Models & Ratings

Here’s a non-exhaustive list of common LC1E models along with their approximate rated current / application. Because Schneider’s catalogue covers a wide range (from small to heavy-duty), this list shows a sampling across the range.

Model / Typical Id / Example Approx. Rated Current / Use-Case

LC1E06 / LC1E09 (e.g. [Schneider LC1E09 contactor]()) ~ 6 A / 9 A — for small motors, control circuits, small loads.
LC1E12 / LC1E18 (e.g. [Schneider EasyPact TVS 18A 3‑Pole Power Contactor]()) ~ 12 A, 18 A — small to medium motors, light industrial loads.
LC1E25 / LC1E32 / LC1E38 / LC1E40 / LC1E50 ~ 25 A, 32 A, 38 A, 40 A, 50 A — medium-power motors, general switching loads.
LC1E60 / LC1E80 / LC1E95 / LC1E120 ~ 60 A, 80 A, 95 A, 120 A — higher-power motors, heavier industrial machines.
LC1E160 / LC1E200 / LC1E250 / LC1E400 Up to ~ 160 A, 200 A, 250 A, 400 A — heavy-duty industrial motors, large loads, main supply switching, industrial applications.

> Note: The LC1E series — particularly in the “EasyPact / Easy TeSys Control” family — is designed to cover a wide range from small loads (a few amps) to heavy industrial loads (hundreds of amps).

Typical Features & What to Expect

3-pole 3 NO (main contacts) for three-phase switching.

Designed for AC-3 (motor control) and AC-1 (resistive / non-inductive) loads.

Control/coil-voltage variants — different models offer different coil voltages (AC, different supply voltages) depending on region/use.

Screw-clamp terminals / standard mounting; suitable for control panels and industrial installations.

Auxiliary contacts (NO / NC) available in many models, for control circuits, signalling or interlocks.

What LC1E Is Used For — Typical Applications

Starting/stopping and switching of three-phase motors (pumps, compressors, conveyors, industrial machines).

Switching resistive or non-inductive loads, lighting circuits, heaters, etc. (depending on version / load type).

Use in control panels / motor-starter panels as main contactor, often together with overload relays or protection devices.

Both small equipment (low-power motors) and heavy industrial machines — thanks to wide current range.
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LC1DBD Series Contactor (9–32A) – Short Description for Listing

Model: LC1DBD Series
Current Range: 9A to 32A dC
Type: Dc Contactor
Coil Voltage: Available in 24V, 110V, 220V AC/DC options
Application: Suitable for motor control, lighting, and HVAC systems
Mounting: DIN rail & screw mounting
Features:

Compact design for panel space saving

High electrical & mechanical durability

Low power consumption coil

Auxiliary contact option available

Usage: Ideal for industrial automation, control panels, and motor starters.
Status: Stock available — LC1DBD09 to LC1DBD32 models.

LC1D40 – Short Summary

Schneider TeSys D series ka LC1D40 ek 40A AC-3 duty industrial contactor hai, jo mainly motor control, star–delta starters, aur general power switching ke लिए use hota ह.

Motor rating: approx 20–25 HP @ 415V
Coil voltage: 24V/110V/230V AC or DC options
Contacts: Normally 3P (3 main poles) + 1NO/1NC auxiliary

Key Features:

High electrical & mechanical life

Low power consumption coil

Compact DIN-rail mount design

TeSys thermal overload relay ke साथ direct coupling

Here’s a short summary of [Schneider LC1D50A]() (often simply called LC1D50A) contactor — what it is, what it’s rated for, and where it’s used:

What it is

LC1D50A belongs to the Schneider Electric “TeSys D” (or “D-line”) series of 3-pole contactors, used for motor control and general AC power switching.

It comes with built-in auxiliary contacts (typically 1 Normally Open + 1 Normally Closed) by default.

Electrical / Operational Ratings

Rated current (AC-3): 50 A at up to 440 V AC (also usable up to 690 V AC depending on application).

Alternative rating (AC-1, less demanding loads): 80 A at ≤ 440 V AC.

Motor power (inductive load, 3-phase): ~ 22 kW at ~400 V AC (or 15 kW at ~230 V AC) under AC-3 conditions.

For 3-phase motors: ~ 15 HP at 230 V, up to 40 HP at 460 V (depending on motor and supply).

Key Features & Usage

Suitable for controlling medium-sized induction motors, general purpose switching, and other AC power loads up to 50 A.

Compact “D-line” frame — allows for DIN-rail mounting or panel mounting.

Can be combined with auxiliary contact blocks or overload relays (separate accessories) if you need extra contacts or motor overload protection.

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Here’s a short summary of Schneider Electric’s LC1D series contactors — what they are, typical uses, and a quick look at common models.
What is LC1D series
The LC1D series belongs to Schneider’s “TeSys D” line of 3-pole (mostly) contactors used for motor control and general AC load switching.
They support AC-3 utilization category — meaning they’re designed to switch three-phase motors (squirrel-cage motors), with breaking during running.
Contact voltage rating goes up to 690 V AC.
They have auxiliary contacts (typically 1 NO + 1 NC) for control circuits.
Coil-voltage and contactor current-rating vary depending on model — there are versions for small motors/loads up to heavy-duty industrial motors.
Common LC1D Models & Their Ratings
Here are a few representative models from the LC1D series (from smaller to larger ratings):
ModelRated Current / Use
[Schneider LC1D09 contactor]() — 3-pole, 9 A (AC-3)For small motors / light loads; coil voltage typical 230 V AC.
[Schneider LC1D25 contactor]() — 3-pole, 25 A (AC-3)For small-to-medium motors or equipment; good for loads ~15 kW (depending on supply).
(Intermediate variants — e.g. 12 A, 18 A, etc.)For small/medium motors, HVAC, pumps, compressors etc.
32 A, 40 A versions (e.g. 3-phase motors ~15 kW+)For medium-power motors, industrial machines.
Higher-current versions (e.g. up to 65 A, 80 A, etc.)For heavy-duty motors or industrial loads.
Typical Applications & Why LC1D Is Used
Used for controlling three-phase motors in industrial machines, pumps, compressors, HVAC systems, conveyors, etc. — anything requiring reliable switching of AC motors.
Because LC1D supports relatively high voltages (up to 690 V) and multiple current ratings, it’s flexible — from small control loads to heavy-duty motors.
Auxiliary contacts help integrate the contactor in control circuits (e.g. interlocks, automation controls, signaling).

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Here’s a consolidated list of common models in the Schneider Electric “LC1D series” contactors (also called TeSys D) — with their main current-ratings / typical use-ranges.
LC1D Series — Common Models & Ratings
ModelApprox. Rated Current (AC-3 / Motor Control) / Notes
LC1D09~ 9 A
LC1D12~ 12 A
LC1D18~ 18 A
LC1D25~ 25 A
LC1D32~ 32 A
LC1D38~ 38 A
LC1D40~ 40 A
LC1D50~ 50 A
LC1D65~ 65 A
LC1D80~ 80 A
LC1D95~ 95 A
LC1D115~ 115 A (and up to 150 A variants exist in series)
LC1D150~ 150 A (highest standard in LC1D / TeSys-D series)
Key Notes — What the Series Covers
LC1D contactors cover a wide current range: from ~9 A up to ~150 A.
They are 3-pole contactors (most models). 4-pole variants also exist (mainly for AC-1 or non-motor loads).
Suitable for motor control (AC-3 duty), resistive or non-inductive loads (AC-1 duty) depending on application and load type.
Coil voltage / control circuit options vary depending on variant (AC or DC, different supply voltages).
The higher-rated LC1D contactors (e.g. 80 A, 95 A, 115 A, 150 A) are used for heavy-duty industrial motors / mains switching; lower ones (9 A–25 A) are used for small motors, control circuits or lighter loads

Here’s a short summary of Schneider Electric’s LC1D series contactors — what they are, typical uses, and a quick look at common models.

What is LC1D series

The LC1D series belongs to Schneider’s “TeSys D” line of 3-pole (mostly) contactors used for motor control and general AC load switching.

They support AC-3 utilization category — meaning they’re designed to switch three-phase motors (squirrel-cage motors), with breaking during running.

Contact voltage rating goes up to 690 V AC.

They have auxiliary contacts (typically 1 NO + 1 NC) for control circuits.

Coil-voltage and contactor current-rating vary depending on model — there are versions for small motors/loads up to heavy-duty industrial motors.

Common LC1D Models & Their Ratings

Here are a few representative models from the LC1D series (from smaller to larger ratings):

Model Rated Current / Use

[Schneider LC1D09 contactor]() — 3-pole, 9 A (AC-3) For small motors / light loads; coil voltage typical 230 V AC.
[Schneider LC1D25 contactor]() — 3-pole, 25 A (AC-3) For small-to-medium motors or equipment; good for loads ~15 kW (depending on supply).
(Intermediate variants — e.g. 12 A, 18 A, etc.) For small/medium motors, HVAC, pumps, compressors etc.
32 A, 40 A versions (e.g. 3-phase motors ~15 kW+) For medium-power motors, industrial machines.
Higher-current versions (e.g. up to 65 A, 80 A, etc.) For heavy-duty motors or industrial loads.

Typical Applications & Why LC1D Is Used

Used for controlling three-phase motors in industrial machines, pumps, compressors, HVAC systems, conveyors, etc. — anything requiring reliable switching of AC motors.

Because LC1D supports relatively high voltages (up to 690 V) and multiple current ratings, it’s flexible — from small control loads to heavy-duty motors.

Auxiliary contacts help integrate the contactor in control circuits (e.g. interlocks, automation controls, signaling).

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Here’s a consolidated list of common models in the Schneider Electric “LC1D series” contactors (also called TeSys D) — with their main current-ratings / typical use-ranges.

LC1D Series — Common Models & Ratings

Model Approx. Rated Current (AC-3 / Motor Control) / Notes

LC1D09 ~ 9 A
LC1D12 ~ 12 A
LC1D18 ~ 18 A
LC1D25 ~ 25 A
LC1D32 ~ 32 A
LC1D38 ~ 38 A
LC1D40 ~ 40 A
LC1D50 ~ 50 A
LC1D65 ~ 65 A
LC1D80 ~ 80 A
LC1D95 ~ 95 A
LC1D115 ~ 115 A (and up to 150 A variants exist in series)
LC1D150 ~ 150 A (highest standard in LC1D / TeSys-D series)

Key Notes — What the Series Covers

LC1D contactors cover a wide current range: from ~9 A up to ~150 A.

They are 3-pole contactors (most models). 4-pole variants also exist (mainly for AC-1 or non-motor loads).

Suitable for motor control (AC-3 duty), resistive or non-inductive loads (AC-1 duty) depending on application and load type.

Coil voltage / control circuit options vary depending on variant (AC or DC, different supply voltages).

The higher-rated LC1D contactors (e.g. 80 A, 95 A, 115 A, 150 A) are used for heavy-duty industrial motors / mains switching; lower ones (9 A–25 A) are used for small motors, control circuits or lighter loads.

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Here’s a short summary of Schneider Electric’s LC1D series contactors — what they are, typical uses, and a quick look at common models.

What is LC1D series

The LC1D series belongs to Schneider’s “TeSys D” line of 3-pole (mostly) contactors used for motor control and general AC load switching.

They support AC-3 utilization category — meaning they’re designed to switch three-phase motors (squirrel-cage motors), with breaking during running.

Contact voltage rating goes up to 690 V AC.

They have auxiliary contacts (typically 1 NO + 1 NC) for control circuits.

Coil-voltage and contactor current-rating vary depending on model — there are versions for small motors/loads up to heavy-duty industrial motors.

Common LC1D Models & Their Ratings

Here are a few representative models from the LC1D series (from smaller to larger ratings):

Model Rated Current / Use

[Schneider LC1D09 contactor]() — 3-pole, 9 A (AC-3) For small motors / light loads; coil voltage typical 230 V AC.
[Schneider LC1D25 contactor]() — 3-pole, 25 A (AC-3) For small-to-medium motors or equipment; good for loads ~15 kW (depending on supply).
(Intermediate variants — e.g. 12 A, 18 A, etc.) For small/medium motors, HVAC, pumps, compressors etc.
32 A, 40 A versions (e.g. 3-phase motors ~15 kW+) For medium-power motors, industrial machines.
Higher-current versions (e.g. up to 65 A, 80 A, etc.) For heavy-duty motors or industrial loads.

Typical Applications & Why LC1D Is Used

Used for controlling three-phase motors in industrial machines, pumps, compressors, HVAC systems, conveyors, etc. — anything requiring reliable switching of AC motors.

Because LC1D supports relatively high voltages (up to 690 V) and multiple current ratings, it’s flexible — from small control loads to heavy-duty motors.

Auxiliary contacts help integrate the contactor in control circuits (e.g. interlocks, automation controls, signaling).

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Here’s a consolidated list of common models in the Schneider Electric “LC1D series” contactors (also called TeSys D) — with their main current-ratings / typical use-ranges.

LC1D Series — Common Models & Ratings

Model Approx. Rated Current (AC-3 / Motor Control) / Notes

LC1D09 ~ 9 A
LC1D12 ~ 12 A
LC1D18 ~ 18 A
LC1D25 ~ 25 A
LC1D32 ~ 32 A
LC1D38 ~ 38 A
LC1D40 ~ 40 A
LC1D50 ~ 50 A
LC1D65 ~ 65 A
LC1D80 ~ 80 A
LC1D95 ~ 95 A
LC1D115 ~ 115 A (and up to 150 A variants exist in series)
LC1D150 ~ 150 A (highest standard in LC1D / TeSys-D series)

Key Notes — What the Series Covers

LC1D contactors cover a wide current range: from ~9 A up to ~150 A.

They are 3-pole contactors (most models). 4-pole variants also exist (mainly for AC-1 or non-motor loads).

Suitable for motor control (AC-3 duty), resistive or non-inductive loads (AC-1 duty) depending on application and load type.

Coil voltage / control circuit options vary depending on variant (AC or DC, different supply voltages).

The higher-rated LC1D contactors (e.g. 80 A, 95 A, 115 A, 150 A) are used for heavy-duty industrial motors / mains switching; lower ones (9 A–25 A) are used for small motors, control circuits or lighter loads

Here’s a short summary of Schneider Electric’s LC1D series contactors — what they are, typical uses, and a quick look at common models.

What is LC1D series

The LC1D series belongs to Schneider’s “TeSys D” line of 3-pole (mostly) contactors used for motor control and general AC load switching.

They support AC-3 utilization category — meaning they’re designed to switch three-phase motors (squirrel-cage motors), with breaking during running.

Contact voltage rating goes up to 690 V AC.

They have auxiliary contacts (typically 1 NO + 1 NC) for control circuits.

Coil-voltage and contactor current-rating vary depending on model — there are versions for small motors/loads up to heavy-duty industrial motors.

Common LC1D Models & Their Ratings

Here are a few representative models from the LC1D series (from smaller to larger ratings):

Model Rated Current / Use

[Schneider LC1D09 contactor]() — 3-pole, 9 A (AC-3) For small motors / light loads; coil voltage typical 230 V AC.
[Schneider LC1D25 contactor]() — 3-pole, 25 A (AC-3) For small-to-medium motors or equipment; good for loads ~15 kW (depending on supply).
(Intermediate variants — e.g. 12 A, 18 A, etc.) For small/medium motors, HVAC, pumps, compressors etc.
32 A, 40 A versions (e.g. 3-phase motors ~15 kW+) For medium-power motors, industrial machines.
Higher-current versions (e.g. up to 65 A, 80 A, etc.) For heavy-duty motors or industrial loads.

Typical Applications & Why LC1D Is Used

Used for controlling three-phase motors in industrial machines, pumps, compressors, HVAC systems, conveyors, etc. — anything requiring reliable switching of AC motors.

Because LC1D supports relatively high voltages (up to 690 V) and multiple current ratings, it’s flexible — from small control loads to heavy-duty motors.

Auxiliary contacts help integrate the contactor in control circuits (e.g. interlocks, automation controls, signaling).

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Here’s a consolidated list of common models in the Schneider Electric “LC1D series” contactors (also called TeSys D) — with their main current-ratings / typical use-ranges.

LC1D Series — Common Models & Ratings

Model Approx. Rated Current (AC-3 / Motor Control) / Notes

LC1D09 ~ 9 A
LC1D12 ~ 12 A
LC1D18 ~ 18 A
LC1D25 ~ 25 A
LC1D32 ~ 32 A
LC1D38 ~ 38 A
LC1D40 ~ 40 A
LC1D50 ~ 50 A
LC1D65 ~ 65 A
LC1D80 ~ 80 A
LC1D95 ~ 95 A
LC1D115 ~ 115 A (and up to 150 A variants exist in series)
LC1D150 ~ 150 A (highest standard in LC1D / TeSys-D series)

Key Notes — What the Series Covers

LC1D contactors cover a wide current range: from ~9 A up to ~150 A.

They are 3-pole contactors (most models). 4-pole variants also exist (mainly for AC-1 or non-motor loads).

Suitable for motor control (AC-3 duty), resistive or non-inductive loads (AC-1 duty) depending on application and load type.

Coil voltage / control circuit options vary depending on variant (AC or DC, different supply voltages).

The higher-rated LC1D contactors (e.g. 80 A, 95 A, 115 A, 150 A) are used for heavy-duty industrial motors / mains switching; lower ones (9 A–25 A) are used for small motors, control circuits or lighter loads

LC1E is part of the “EasyPact / Easy TeSys Control” range of contactors from Schneider — intended for motor control, general AC load switching, and other switching duties (inductive motors, resistive loads, etc.).

It supports AC-1 (resistive/non-inductive loads) and AC-3 (motor control) utilization categories.

Rated operational voltage for the power circuit is up to ≤ 690 V AC (50/60 Hz).

Coil/control-circuit voltages vary depending on model — Schneider provides variants with different coil-voltages depending on application.

LC1E contactors typically have 3 power poles (3-pole, 3 NO — i.e. 3 normally-open main contacts) for three-phase switching.

LC1E — Typical Models & Ratings

Here’s a non-exhaustive list of common LC1E models along with their approximate rated current / application. Because Schneider’s catalogue covers a wide range (from small to heavy-duty), this list shows a sampling across the range.

Model / Typical Id / Example Approx. Rated Current / Use-Case

LC1E06 / LC1E09 (e.g. [Schneider LC1E09 contactor]()) ~ 6 A / 9 A — for small motors, control circuits, small loads.
LC1E12 / LC1E18 (e.g. [Schneider EasyPact TVS 18A 3‑Pole Power Contactor]()) ~ 12 A, 18 A — small to medium motors, light industrial loads.
LC1E25 / LC1E32 / LC1E38 / LC1E40 / LC1E50 ~ 25 A, 32 A, 38 A, 40 A, 50 A — medium-power motors, general switching loads.
LC1E60 / LC1E80 / LC1E95 / LC1E120 ~ 60 A, 80 A, 95 A, 120 A — higher-power motors, heavier industrial machines.
LC1E160 / LC1E200 / LC1E250 / LC1E400 Up to ~ 160 A, 200 A, 250 A, 400 A — heavy-duty industrial motors, large loads, main supply switching, industrial applications.

> Note: The LC1E series — particularly in the “EasyPact / Easy TeSys Control” family — is designed to cover a wide range from small loads (a few amps) to heavy industrial loads (hundreds of amps).

Typical Features & What to Expect

3-pole 3 NO (main contacts) for three-phase switching.

Designed for AC-3 (motor control) and AC-1 (resistive / non-inductive) loads.

Control/coil-voltage variants — different models offer different coil voltages (AC, different supply voltages) depending on region/use.

Screw-clamp terminals / standard mounting; suitable for control panels and industrial installations.

Auxiliary contacts (NO / NC) available in many models, for control circuits, signalling or interlocks.

What LC1E Is Used For — Typical Applications

Starting/stopping and switching of three-phase motors (pumps, compressors, conveyors, industrial machines).

Switching resistive or non-inductive loads, lighting circuits, heaters, etc. (depending on version / load type).

Use in control panels / motor-starter panels as main contactor, often together with overload relays or protection devices.

Both small equipment (low-power motors) and heavy industrial machines — thanks to wide current range.
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LC1E is part of the “EasyPact / Easy TeSys Control” range of contactors from Schneider — intended for motor control, general AC load switching, and other switching duties (inductive motors, resistive loads, etc.).
It supports AC-1 (resistive/non-inductive loads) and AC-3 (motor control) utilization categories.
Rated operational voltage for the power circuit is up to ≤ 690 V AC (50/60 Hz).
Coil/control-circuit voltages vary depending on model — Schneider provides variants with different coil-voltages depending on application.
LC1E contactors typically have 3 power poles (3-pole, 3 NO — i.e. 3 normally-open main contacts) for three-phase switching.
LC1E — Typical Models & Ratings
Here’s a non-exhaustive list of common LC1E models along with their approximate rated current / application. Because Schneider’s catalogue covers a wide range (from small to heavy-duty), this list shows a sampling across the range.
Model / Typical Id / ExampleApprox. Rated Current / Use-Case
LC1E06 / LC1E09 (e.g. [Schneider LC1E09 contactor]())~ 6 A / 9 A — for small motors, control circuits, small loads.
LC1E12 / LC1E18 (e.g. [Schneider EasyPact TVS 18A 3‑Pole Power Contactor]())~ 12 A, 18 A — small to medium motors, light industrial loads.
LC1E25 / LC1E32 / LC1E38 / LC1E40 / LC1E50~ 25 A, 32 A, 38 A, 40 A, 50 A — medium-power motors, general switching loads.
LC1E60 / LC1E80 / LC1E95 / LC1E120~ 60 A, 80 A, 95 A, 120 A — higher-power motors, heavier industrial machines.
LC1E160 / LC1E200 / LC1E250 / LC1E400Up to ~ 160 A, 200 A, 250 A, 400 A — heavy-duty industrial motors, large loads, main supply switching, industrial applications.
> Note: The LC1E series — particularly in the “EasyPact / Easy TeSys Control” family — is designed to cover a wide range from small loads (a few amps) to heavy industrial loads (hundreds of amps).

Typical Features & What to Expect
3-pole 3 NO (main contacts) for three-phase switching.
Designed for AC-3 (motor control) and AC-1 (resistive / non-inductive) loads.
Control/coil-voltage variants — different models offer different coil voltages (AC, different supply voltages) depending on region/use.
Screw-clamp terminals / standard mounting; suitable for control panels and industrial installations.
Auxiliary contacts (NO / NC) available in many models, for control circuits, signalling or interlocks.
What LC1E Is Used For — Typical Applications
Starting/stopping and switching of three-phase motors (pumps, compressors, conveyors, industrial machines).
Switching resistive or non-inductive loads, lighting circuits, heaters, etc. (depending on version / load type).
Use in control panels / motor-starter panels as main contactor, often together with overload relays or protection devices.
Both small equipment (low-power motors) and heavy industrial machines — thanks to wide current range.
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The Schneider LC1D25 contactor with a 12V DC coil is part of the TeSys Deca series, which is designed for motor control applications. This reliable, compact, and highly durable unit is capable of controlling up to 25A.
The specific catalog numbers for this product can vary depending on the region and specific features. For example, the LC1D25JD model includes a transient suppressor module.
General description
Series: TeSys D / TeSys Deca
Contactor type: 3-pole (3 NO) for motor control and resistive loads.
Control circuit: 12V DC coil with low consumption.
Built-in features: Transient suppressor module and one built-in auxiliary contact (1 NO + 1 NC).
Standards: Multi-standard certified, including IEC, UL, and CSA.
Mounting: Compatible with both DIN-rail mounting and screw fixing.
Terminals: Screw clamp terminals for connections.
Applications: Motor control and power switching in industrial automation systems.