Accessories & Controls

Ergonomic handheld control unit for operating crane hoist and movement manually from the shop floor.

Heavy-duty wireless transmitter allowing operators to control crane movement from a safe distance.

Long-range handheld wireless controller with emergency stop for smooth remote crane handling.

Flexible multi-core electrical cable designed to hang from the pendant station without breaking.

Flat or round power cable designed for continuous back-and-forth movement along crane girders.

Multi-conductor flat rubber/PVC cable that folds neatly in festoon systems without tangling.

Heavy-duty flexible round power and control cable for electrical supply to crane hoists.

Rolling carrier that holds and glides festoon cables smoothly along a track or I-beam.

Heavy-duty steel trolley designed to support power cables in festoon system runways.

Complete cable guiding assembly that delivers power safely across travelling crane bridges.

Insulated copper or aluminum bar that supplies continuous electrical power to travelling cranes.

Downline Shrouded Conductor (DSL) busbar system for safe and uninterrupted crane power supply.

Enclosed conductor rail system protecting operators against accidental electrical contact.

Spring-loaded arm that slides along conductor rails to draw electricity to the crane.

Replaceable carbon or copper contact shoe that maintains electrical connection on busbars.

Sliding or rolling current collector assembly for high-speed overhead crane travel.

Protective weatherproof enclosure for organizing and connecting crane electrical cables.

Central electrical cabinet housing contactors, relays, and circuit breakers for crane operation.

Fully wired industrial cabinet managing electric power distribution to crane motors.

Motor Control Center panel designed to manage and protect heavy industrial electric motors.

Programmable Logic Controller panel for automated crane positioning and smart speed control.

Industrial control station with push buttons for manual crane operation.

Step-down transformer supplying safe, low voltage power to control circuits and switches.

Electrical transformer protecting crane control electronics from power surges and noise.

High-capacity electromagnetic switches that turn electric motors on and off safely.

Add-on contact blocks providing status feedback to crane control circuits.

Safety electrical device that trips and cuts motor power when current exceeds safe limits.

Heat-sensing safety relay preventing motor burnout during continuous heavy lifting.

Compact circuit breaker protecting low-current control circuits from short circuits.

Heavy-duty industrial breaker protecting main power lines from electrical overloads.

Sacrificial safety component that melts and disconnects electrical power during severe overcurrent.

Insulated mounting socket designed for safe insertion and replacement of electrical fuses.

High Rupture Capacity fuse built to withstand high short-circuit currents without exploding.

Electromagnetic switch used to signal and control secondary electrical circuits safely.

Time-delay switch controlling sequential starting of crane motors and brake release.

Protective relay that halts crane operation if one of the three power phases fails.

Safety device preventing crane motors from running in reverse if phase wiring is flipped.

Monitoring relay that protects electrical components from harmful voltage spikes or drops.

Mechanical safety switch that automatically stops crane movement when reaching end limits.

Geared limit switch tracking drum rotations to precisely limit hook travel heights.

Red push button that instantly cuts all power to the crane in emergency situations.

Rotary switch used to select operational modes like manual, auto, or remote control.

Industrial momentary switch used to command specific crane movements.

Bright LED light indicating power status, operational modes, or fault warnings.

Audible alarm alerting workers on the shop floor when the crane is moving or operating.

High-decibel audio warning device for emergency or heavy overhead travel alerts.

Warning horn sounded by crane operators to clear workers from lifting pathways.

Insulated modular block used to neatly connect and organize electrical wires in panels.

Multi-connection strip for joining electrical control wires cleanly inside junction boxes.

Weatherproof connector that secures cables entering junction boxes, preventing strain and moisture.

Heavy-duty metallic connector crimped onto wire ends for reliable terminal bolting.

Rigid metal channel supporting and routing electrical cables neatly across crane girders.

Flexible plastic or metal chain protecting moving cables from twisting and abrasion.

Heavy-duty electric motor designed for high torque, frequent starting, and heavy lifting.

High-torque motor powering the hoisting mechanism to raise and lower heavy loads safely.

Electric motor driving the crane bridge along runway rails across the factory length.

Electric motor moving the hoist trolley left and right along the bridge girders.

Precision speed reducer transmitting motor power to wheels or rope drums with increased torque.

Heavy-duty reduction gearbox driving the hoisting drum for smooth vertical lifting.

Compact reduction gearbox driving crane wheels for smooth horizontal bridge movement.

Electric motor fitted with an integrated electromagnetic brake for immediate load stopping.

Fail-safe magnetic brake that engages automatically when electrical power is cut.

Smooth fluid-powered brake system for controlled stopping of heavy crane travel.

Electro-hydraulic thruster brake designed for heavy-duty industrial holding and smooth braking.

Compact high-friction disc brake providing quick heat dissipation and reliable stopping.

Heavy cylindrical drum against which brake shoes press to stop motor rotation.

Curved friction block pressed against brake drums to slow down or stop crane motion.

Replaceable high-friction material bonded to brake shoes for wear resistance.

Electromagnetic coil that releases the brake mechanism when electrical current flows.

Electronic module converting AC power to DC voltage required for electromagnetic brake coils.

Replaceable friction pad used in disc brake assemblies to absorb kinetic energy.

Mechanical connector linking motor shafts to gearboxes or drive shafts for power transfer.

Flexible shaft coupling with meshing teeth that tolerates minor shaft misalignment.

Shock-absorbing coupling that dampens vibration and compensates for shaft misalignment.

Durable coupling with rubber bushes that cushions starting shocks between shafts.

Flexible rubber tire coupling designed to handle severe misalignment and torsional shock.

Specialized flexible coupling connecting gearbox output shafts directly to rope drums.

Precision coupling connecting electric motor shafts directly to drive input shafts.

Heavy-duty coupling transmitting output torque from gearboxes to driven machinery.

Grooved steel cylinder around which wire rope winds during load hoisting.

Motorized or spring-loaded reel for neatly winding and unwinding power cables.

Circular guide mechanism ensuring wire rope lays neatly into drum grooves without overlapping.

Precision metal ring that glides along the rope drum to direct wire rope winding.

Smooth rolling wheel preventing wire rope friction and wear against crane frames.

Heavy-duty forged or cast steel wheel supporting and guiding crane travel along rails.

Structural end beam housing travel wheels and gearboxes that support main girders.

Complete wheel and drive assembly mounted on girder ends for crane bridge travel.

Heavy fabricated steel beam forming the structural end frame of the crane bridge.

Integrated unit containing crane wheel, shaft, bearings, and mounting housings.

Motor-geared crane wheel that provides traction and propels the crane along rails.

Non-powered crane wheel that supports crane weight and rolls freely along runway tracks.

Steel wheel with single or double side flanges to keep the crane aligned on rails.

Compact modular housing containing wheels and bearings for easy crane mounting.

High-tensile steel axle holding the crane wheel and transmitting drive torque.

Heavy-duty roller bearing supporting smooth wheel rotation under heavy loads.

Raised outer edge of a crane wheel preventing lateral derailment from tracks.

Central steel pin supporting the rotating wheel and bearing assembly inside end trucks.

Safety locking device that clamps onto crane rails to anchor the crane against wind or movement.

Protective steel guard mounted in front of wheels to clear debris from rails.

Brush or scraper attachment maintaining clean rail surfaces for smooth wheel traction.

Energy-absorbing stoppers installed at runway ends to cushion accidental crane impacts.

Durable molded rubber bumper absorbing end-of-travel impact forces.

Fluid-filled shock absorber providing maximum deceleration and impact safety.

Heavy steel coil spring assembly cushioning end collisions at runway stops.

Optical or infrared sensor system preventing collisions between multiple cranes on one rail.

Safety switch halting crane travel before it reaches physical runway end stops.

Gear wheel driving the crane wheel for controlled bridge and trolley travel.

Small drive gear meshing with the main travel gear to transmit motor power.

Dedicated braking system designed to slow and hold horizontal crane travel.

High-tensile steel strand rope engineered for heavy lifting and load suspension.

Precision-machined steel cylinder with spiral grooves for neat wire rope spooling.

Heavy-duty steel fitting used to terminate wire rope ends securely.

U-bolt or wedge clamp used to secure wire rope ends against slipping.

Protective steel loop fitted inside wire rope eyes to prevent pinching and wear.

Heavy clamp securing the dead end of wire rope to structural frames.

Grooved pulley wheel guiding wire rope through the lifting block assembly.

Rotating grooved wheel directing wire rope or chain travel during lifting.

Enclosed assembly housing multiple sheaves to increase mechanical lifting advantage.

Complete lifting block housing hook, sheaves, bearings, and protective side plates.

Forged alloy steel hook designed to attach and lift heavy industrial loads.

Integrated hook mechanism including swivel bearing, crosshead, and safety latch.

Spring-loaded safety latch preventing slings and loads from slipping off the hook.

Spring catch securing the hook opening during lifting operations.

Heavy threaded nut securing the hook shank inside the crosshead housing.

Heavy-duty thrust ball bearing allowing smooth 360-degree rotation of loaded hooks.

Steel block forging that holds the hook shank and connects it to side plates.

Internal grooved sheave wheel guiding wire rope inside the lower hook block.

Central balancing sheave ensuring equal tension across multiple wire rope falls.

Arrangement of wire rope through drum and sheaves to multiply lifting capacity.

Raised end ring on rope drums preventing wire rope from slipping off the cylinder.

Heavy steel rail profile mounted on gantry beams along which crane wheels travel.

Forged or fabricated steel clip clamping crane rails securely to runway beams.

Structural steel bracket supporting runway rails and attaching them to building columns.

Synthetic rubber pad placed under rails to dampen noise, vibration, and impact stress.

Rigid steel buffer stop bolted at rail ends to prevent crane derailment.

Heavy structural bumper block marking the absolute limit of crane travel.

Heavy-duty steel wheel built for gantry cranes operating on ground tracks.

Structural steel leg supporting gantry crane bridge girders above ground level.

Horizontal steel beam guiding the trolley across the bridge girders.

Longitudinal runway beam supporting full bridge crane movement.

Heavy I-beam or box beam carrying crane rails along the facility length.

Precision aligned steel rail section dedicated to overhead crane travel.

Heavy wall bracket supporting overhead crane runway beams from building frames.

Main horizontal structural box or I-beam spanning the factory bay width.

Anti-slip maintenance platform along crane girders for safe technician access.

Enclosed platform providing safe access for inspecting crane motors and hoists.

Protective steel safety railing installed along crane walkways and platforms.

Fixed vertical steel ladder with safety cages for climbing up to crane walkways.

Sturdy elevated platform allowing safe entry onto crane bridge walkways.

Protective metal shield covering rotating gears, couplings, and electrical components.

Bracket or tray holding power and control cables along structural members.

Steel mounting plate securing electrical junction boxes to crane frames.

Rigid steel bracket anchoring electric motors securely to gearboxes.

Reinforced steel base supporting reduction gearboxes on crane trolleys.

Vibration-damped bracket securing electrical control panels to crane structures.