Smart Motor Controller

Integrated motor-control modules for switchgear and GIS applications, combining motor drive, control logic, interlocking, status feedback, and protection functions to simplify auxiliary control circuits for disconnector, earthing-switch, and related motor-operated mechanisms.

Product Capability

An integrated motor-control platform that combines switching logic, motor drive, interlocking, protection, and status acquisition for high-reliability power-system auxiliary control.

Forward / reverse motor control: supports motor-operated disconnector and earthing-switch mechanisms that require open / close directional control.
Integrated interlocking logic: selected configurations combine position inputs, local / remote status, breaker close-permission logic, and other control conditions within one module instead of distributing the logic across multiple auxiliary relays.
Motor protection functions: the ODES integrated motor-control platform supports configurable motor-current matching together with short-circuit, overload, stall, and action-timeout protection according to the selected product and project configuration.
Status and fault feedback: operating position, running state, abnormal conditions, and fault information can be collected and returned to the cabinet control circuit or upper-level monitoring system according to the selected configuration.
Communication-ready intelligent control: intelligent PSME configurations can support status acquisition and communication upload, enabling later expansion from conventional hardwired control toward smarter GIS / LCC architectures.
Reduced component count: replaces combinations of contactors, time relays, auxiliary relays, thermal protection devices, and repeated interlocking wiring with a more integrated control module.
Application-oriented configuration: suitable for GIS / LCC control cabinets, medium-voltage switchgear, disconnector / earthing-switch operating mechanisms, standardized batch cabinet projects, and intelligent retrofit applications.
Field-proven architecture: ODES motor-control products have been used in power-system and rail-transit applications, including high-voltage breaker-related projects where reliability and cabinet integration are critical.

Customer Value

Reduce distributed components and wiring while improving protection, standardization, diagnostics, and scalability in motor-driven switchgear control circuits.

Simplify schematics and cabinet assembly by integrating motor drive, interlocking, timing, and protection functions that would otherwise require multiple discrete components.
Reduce wiring points and commissioning workload, which is especially valuable for repeated GIS / LCC cabinet designs and standardized batch delivery.
Improve operational reliability by incorporating motor overload, stall, short-circuit, and timeout protection into the control architecture instead of relying only on external control logic.
Shorten troubleshooting and maintenance time through clearer status feedback and a more modular replacement boundary.
Adapt to different mechanism manufacturers by configuring motor current, control logic, interlocking conditions, and feedback requirements around the actual project circuit.
Support both conventional and intelligent architectures: projects can retain hardwired control boundaries or use intelligent variants with status acquisition and communication upload.
Create a repeatable motor-control platform for switchgear manufacturers, reducing project-to-project variation in component selection, wiring, and verification.

Product Series

Product series are configured according to users' usage and configuration preferences.

PCM200

Integrated DS / ES motor control and interlocking module

A highly integrated primary-control module for medium-voltage switchgear / GIS applications. It combines disconnector and earthing-switch motor power control, DS / ES and Local / Remote position inputs, built-in PLC logic, and breaker close-permission interlocking, reducing dependence on distributed auxiliary relays.

PSME211FB

Intelligent disconnector / earthing-switch motor controller

An intelligent motor controller for motor-operated disconnector and earthing-switch mechanisms. It supports forward / reverse operation, position and status acquisition, abnormal-condition protection, and communication-ready system integration. The current ODES website shows PSME211FB-220V-CJ8 as a representative configuration.

View technical parameters by product series.

PCM200 - Integrated Motor Control and Interlocking Module

Parameter(PCM200)	Data(PCM200)	Remarks(PCM200)
Product model	PCM200	Displayed on the current ODES Smart Motor Controller product page.
Primary application	Medium-voltage switchgear / GIS motor control and interlocking	Representative ODES reference: Schneider PIX 40.5 kV GIS / standardized switchgear application.
Controlled mechanisms	Disconnector (DS) and earthing switch (ES)	Used for motor-operated switch mechanisms within the auxiliary control circuit.
Motor control function	DS / ES motor power control	Supports directional operation required by disconnector and earthing-switch mechanisms.
Binary-input functions	DS / ES position and Local / Remote position inputs	Used by the integrated control and interlocking logic.
Logic function	Built-in PLC / programmable logic	Supports integrated control sequencing and interlocking within the module.
Breaker interlocking	CB close-permission interlocking	Provides a defined interlocking boundary between switch position / control logic and breaker closing permission.
Auxiliary-relay integration	Designed to reduce or eliminate distributed auxiliary-relay interlocking	ODES reference material describes an auxiliary-relay-free interlocking architecture for the representative application.
Key design objectives	Simplified circuit, space saving, higher reliability, shorter MTTR, standardized design	Benefits stated in ODES company product/application material.
Supply voltage	Project / configuration dependent	Confirm the exact auxiliary supply and motor power input from the latest PCM200 manual and order code.
Output rating / motor power	Project / configuration dependent	Must be matched to the mechanism motor and switching duty.
Dimensions / mounting	Model-specific	Confirm current mechanical drawing, terminal definition, and installation arrangement before release or ordering.
Environmental / EMC data	Refer to latest approved technical manual	Use the current type-test / EMC scope applicable to the final ordered configuration.

PSME211FB - Intelligent Disconnector / Earthing-Switch Motor Controller

Parameter(PSME211FB)	Data(PSME211FB)	Remarks(PSME211FB)
Product model	PSME211FB	PSME-family intelligent motor controller; current website image shows a PSME211FB-220V-CJ8 representative suffix.
Primary application	Disconnector / earthing-switch electric operating mechanism	Designed for GIS / LCC and related switchgear auxiliary-control applications.
Control mode	Forward / reverse motor control	Supports open / close operation of motor-driven isolating and earthing mechanisms.
Position feedback	Open / close / mechanism-position status acquisition	Exact input definition depends on the project terminal assignment and control scheme.
Protection functions	Action timeout, stall / overload abnormality protection	ODES motor-control solution literature identifies timeout and stall / overload protection for this application class.
Motor-current matching	Field-configurable according to selected configuration	ODES integrated motor-control platform supports motor-current setting to match different mechanism manufacturers; exact current range must be confirmed by model manual.
Status feedback	Running status, fault output, remote signal	Supports cabinet-level operating and abnormal-status feedback.
Communication capability	Status acquisition and communication upload supported by intelligent configuration	Confirm communication interface, protocol, and mapping for the final project configuration.
Representative voltage code	220V designation shown in current website image	Do not treat this as a universal series rating; confirm whether the suffix refers to motor power, auxiliary supply, or project-specific configuration in the latest manual.
Control / protection timing	Project / model dependent	Confirm action timeout, stall criteria, reset logic, and alarm behavior during technical selection.
Motor power / output rating	Project / model dependent	Must be selected against rated motor voltage, current, starting current, operating duty, and mechanism characteristics.
Mounting / dimensions	Model-specific cabinet module	Confirm the latest outline drawing and installation space before panel design.
Terminal / wiring definition	Configuration dependent	Use the latest wiring diagram for motor terminals, position contacts, command inputs, alarm outputs, and communication wiring.

Resources & FAQ

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Frequently Asked Questions

Q1. How should I choose between PCM200 and PSME211FB?

Use PCM200 when the design objective is highly integrated switchgear control and interlocking, including DS / ES motor power control, position inputs, built-in PLC logic, and breaker close-permission interlocking. Use PSME211FB when the main task is intelligent forward / reverse control of disconnector or earthing-switch motors with protection, status acquisition, and communication-ready expansion. Final selection should follow the actual mechanism circuit and project control boundary.

Q2. What information is required before selecting a smart motor controller?

At minimum, confirm the motor rated voltage, rated and starting current, motor power, required forward / reverse or unidirectional control, opening / closing position contacts, Local / Remote logic, external interlocking conditions, permitted operating time, stall / overload protection requirements, alarm outputs, communication requirements, auxiliary supply, and terminal / wiring constraints. These parameters determine the final model and suffix configuration.

Q3. Can an ODES smart motor controller directly replace a conventional contactor + relay circuit?

In many applications, the integrated controller can replace a substantial part of the conventional contactor, auxiliary-relay, time-relay, thermal-protection, and interlocking arrangement, reducing wiring and cabinet space. It should not be treated as a universal one-for-one replacement without circuit review. The original mechanism current, contact logic, permissive / interlocking conditions, fail-safe behavior, manual operation requirements, and protection coordination must be checked against the selected controller configuration.

The current ODES Smart Motor Controller webpage displays PCM200 and PSME211FB as representative products. ODES solution literature also references related motor-control modules such as PSME306 for disconnector / earthing-switch modular control and PSME209 / PSME309 / PSME109 for breaker energy-storage motor applications. To keep this product-page draft aligned with the current website category presentation, those related models are not listed as primary Product Series here. Before website release, quotation, project approval, or ordering, verify the latest instruction manual, order-code definition, rated voltage and current, motor power, protection thresholds, control timing, communication interface, terminal assignment, dimensions, and applicable certification / type-test scope for the final configuration.