TRANSTEC / TRANTEX electromagnetic clutches and brakes

Industrial electromagnetic clutches and brakes by TRANSTEC / TRANTEX (Trantex Corporation, Taiwan): MCS-1.2 units, FCD models, FBD brakes, and FMP systems.

TRANSTEC / TRANTEX: industrial electromagnetic clutches and brakes

Taiwan manufacturer Trantex Corporation has produced dry electromagnetic clutches and brakes since 1973. Marketed under both TRANSTEC and TRANTEX names, the precision units provide reliable torque transmission and fast deceleration across machine tool feed mechanisms and assembly lines.

Taiwanese manufacturer with over fifty years of motion control engineering expertise
Standardized MCS, FCD, FBD series and enclosed clutch-brake modules of the FMP line
Direct fitment for metalworking machine tool feed gearboxes and packaging conveyors
Technical selection of replacement friction discs, coils, and armatures by shaft bore

MCS series dry electromagnetic clutches and model MCS-1.2

The MCS series, highlighting the popular MCS-1.2 24V unit, comprises compact dry single-disc electromagnetic clutches. The units feature wear-resistant nitrided armatures, fully encapsulated electromagnetic coils protected against dust, and electrical wiring meeting CSA standards.

Nitrided armature surface treatment delivering substantially extended wear life
Fully encapsulated coil construction preventing ingress of industrial particulates
Standard 24V direct current excitation with economical coil electrical consumption
Fast-release armature design facilitating instantaneous and clean torque release

FCD shaft-mounted clutches and FCB bearing-mounted assemblies

FCD and FCB clutches are engineered for smooth torque transfer between inline shafts or drive pulleys. FCD units mount directly onto the drive shaft via a precision bore, whereas the FCB series incorporates bearing support to prevent alignment stress across the stationery body.

Direct shaft mounting on cylindrical drive shafts with standardized metric keyway
Bearing-supported stationery field coil assembly preventing misalignment forces
Non-asbestos friction compound maintaining consistent dynamic torque friction
Smooth cushioned engagement of drive gear trains at operational rotational velocity

FBD dry electromagnetic brakes and SAB safety spring brakes

Brakes within the FBD, FBN, and FBH lines supply controlled shaft deceleration whenever electrical current energizes the coil. For emergency holding during power failure, spring-applied SAB Safe-Brake units immediately arrest mechanical rotation through integrated compression springs.

Direct-acting electromagnetic brakes for rapid stopping of motion tool axes
Spring-engaged SAB fail-safe brakes ensuring holding torque on power interruption
Rapid response velocity and substantial thermal absorption capacity during braking
Adjustable air gap arrangement compensating for normal operational surface friction

FMP enclosed combined clutch-brake modules and TMP units

FMP, MMP, and TMP modules combine an electromagnetic clutch and brake inside a unitary housing. The sealed enclosure protects internal discs and coils against metallic debris, coolant aerosols, and factory dust, delivering millions of repeatable start-stop machine cycles.

Single-piece enclosed design eliminating complex concentricity alignment steps
Sealed heavy-duty body safeguarding friction components from cutting fluids
Dual independent 24V coils delivering isolated control of start and stop commands
Elevated switching frequency capability tailored for packaging and filling lines

Replacement armatures, friction discs, and electromagnetic coils

To maintain ongoing equipment performance across TRANSTEC / TRANTEX assemblies, replacement armatures, 24V electromagnetic coils, friction linings, spring packs, and splined hubs are supplied. Selection proceeds via the machine nameplate, shaft bore size, and keyway dimensions.

Electromagnetic field coils sealed with high-temperature electrical insulating resin
Nitrided replacement armatures paired with precision torque leaf spring brackets
Friction discs and replacement linings fabricated with controlled dynamic friction
Shaft hubs with precision metric bore dimensions from 12 mm to 70 mm with keyway

Engineering traditions of Trantex Corporation and TRANSTEC branding

Trantex Corporation was established in 1973 in Taichung, Taiwan, developing over five decades of engineering mastery in specialty industrial electromagnetic clutches, brakes, and transmission modules.

In global procurement documentation and regional commercial proposals, products are frequently designated under the TRANSTEC and TRANTEX names.

Manufacturing facilities feature modern computer numerical control machining centers, vacuum impregnation chambers for resin coil encapsulation, and dynamic load testing benches.

Motion control assemblies meet international electrical safety standards under CSA, supplying automation machinery builders across Europe, North America, and Asia.

Design of MCS dry electromagnetic clutches and model MCS-1.2

MCS series dry single-disc electromagnetic clutches, highlighting the MCS-1.2 24V model, are engineered for machine tool feed gearboxes, printing presses, laminating machines, and packaging equipment.

Supplying 24V direct current to the field coil generates an electromagnetic flux that draws the working armature onto the rotor friction face, transferring required torque.

The clutch armature undergoes specialized thermochemical nitriding treatment, ensuring elevated surface hardness and endurance under frequent cycling.

Vacuum resin encapsulation protects field coil windings from vibration, cutting oil mist, and humidity, while the fast-release spring mechanism guarantees instantaneous disengagement upon de-energization.

FCD shaft-mounted clutches and FCB bearing-supported assemblies

FCD and FCB electromagnetic clutches deliver smooth torque transmission across general machinery drive trains. FCD units mount directly onto cylindrical drive shafts via an internal bore with standard metric keyway.

Flange-type FCB clutches incorporate sealed deep-groove ball bearings, preventing radial mechanical loads from transferring onto the stationary field coil housing.

Friction surfaces utilize modern non-asbestos composites with high thermal stability, preventing torque slippage and heat degradation during continuous duty.

The mechanical design delivers smooth cushioned engagement, decreasing dynamic stress on reduction gears and protecting drive motors from sudden torque spikes.

Operational principles of FBD dynamic brakes and SAB safety brakes

FBD, FBN, and FBH dry electromagnetic brakes provide controlled dynamic deceleration and precision shaft holding in automation lines. Braking occurs when electrical current energizes the stator winding, pulling the mobile armature against the stationary friction disc.

Rapid magnetic flux growth delivers response times measured in milliseconds.

For emergency stopping during unexpected power interruptions, spring-engaged SAB Safe-Brake assemblies are deployed.

When electrical power is active, the electromagnetic field holds compression springs retracted; upon power loss, heavy-duty coil springs instantly drive the armature, locking the drive shaft to stop vertical tool slides from dropping.

Enclosed unitary clutch-brake combinations of the FMP family

FMP, MMP, and TMP combination units combine electromagnetic clutch and brake capabilities within a single unitary housing.

This monoblock architecture eliminates tedious concentricity alignment procedures between separate clutches and brakes on the machinery bed, reducing drive envelope dimensions and assembly time.

The fully enclosed rugged housing of the FMP module shields internal discs and coils from splashes of metalworking coolant fluids, flying chips, and factory dust.

Independent 24V field coils permit sophisticated start-stop control sequencing at elevated cycling rates without thermal overheating or mechanical malfunction.

Standardized component identification via nameplate data

Accurate selection of replacement armatures, 24V electromagnetic coils, friction discs, and spring packs across TRANSTEC / TRANTEX equipment requires the identification code from the machine nameplate or clutch housing.

Essential parameters encompass product series (such as MCS-1.2, FCD, or FBD), nominal torque rating, bore diameter, and keyway dimensions.

Utilizing technical build specifications, engineering specialists verify authentic parts or select compatible factory replacements manufactured by Trantex Corporation.

All delivered components undergo dimensional inspection and dielectric insulation testing, ensuring complete restoration of kinematic drive performance.

TRANSTEC / TRANTEX and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of TRANSTEC / TRANTEX and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.