BE Series Servo Motors
- BE Series brushless servo motors produce high continuous stall torque in a cost-reduced package.
- It has Brushless Construction , 8 pole open lamination design provides increased torque, Lower cost, Integrated planetary gearheads.
- The increased torque of the BE Series motors is the result of an increased number of magnetic poles on the rotor.
- Traditional motors in these frame sizes have four magnetic poles on the rotor, while the BE Series motors have eight poles. The BE Series servo motors are available with integrated planetary gearheads in ratios up to 100:1.
- Our unique package integrates the gearhead pinion into the motor shaft, reducing the overall package length by up to 2 inches.
MPP/MPJ Series Servo Motors
- The MaxPlusPlus (MPP) family of brushless servo motors is redefining performance, flexibility, and reliability.
- The industry’s highest-performing servo motor uses eightpole segmented lamination technology, which produces more torque in a shorter package.
- Use MaxPlusPlus motors for higher torque applications, customisation options, or when high performance is required.
- When higher inertia is desired to improve system performance, the MPJ is the perfect choice.
- It includes all the same features and benefits of the MPP, but increases the rotor inertia by 3 to 8 times over the standard MPP.
- It is available with IP 64 (standard) and IP 65 (optional).
SMH/SMB/SME & MH/MB/ME Series Servo Motors
- Parker Servo motors offer an ideal solution for many applications.
- They are suitable for both highly-dynamic machines and applications requiring accurate synchronisation.
- All motors are designed using high-quality neodymium-iron-boron magnets.
- Special flanges and options offer increased flexibility, and all motors are designed with IP64 protection.
- These motors are notable for exceptional flexibility and wide power range.
- It is used in highly-dynamic and high torque applications
Rotary Stepper Motors
Laminates and Tapes
- The LV (Low Voltage) and HV (High Voltage) motor series provides outstanding performance at a competitive price.
- The LV motors are available in five frame sizes, and the HV are available in three frame sizes, so it is easy to choose the optimal speed and torque combination.
- The LV motors are rated for use with drives running up to 80VDC; the HV are rated for use with drives running off of 120 VAC power.
- The LV/HV Series is optimized for use with the E-Series microstepping drives.
Speciality Rotary Servo Motors
EX Series Explosion Proof Servo Motors
- The EX Servo motors are designed to function in Category II, Group II explosive atmospheres in respect to the EN 50014 standard.
- These servo motors are certified according to directive ATEX 94/9/CE and are available in a Gas or Gas-Dust version.
- The motors differ in that the Gas-Dust version is equipped with a special lip seal on the customer end shaft.
HW/HKW Series Synchronous Water
- Cooled Spindle Motors The HW servomotors are watercooled brushless synchronous motors delivered as individual components (rotor, stator and resolver) to make a complete spindle unit.
- These motors are driven by Compax3 Series servo drives.
K Series Frameless Kit Motors
- Frameless kit motors are the ideal solution for machine designs that require high performance in small spaces.
- Kit motors are directly integrated with the drive train, resulting in a smaller, more reliable motor package.
- Direct drive motion construction also gives equipment designers the advantages of lower costs,increased reliability and improved performance.
- These motors can be used where you require a significant cost savings, reduced mechanical complexity, Greater design flexibility, High performance in a compact package, Improved dynamic response and settling with minimum motor size per application space, Low cogging for smooth operation Low inertia for high acceleration.
TMW/TMA Series Torque Motors
- The torque motor is a permanent magnet brushless motor, optimised to operate at low speeds. It is particularly suitable for direct drive applications requiring high torque capabilities at low speeds.
- As a replacement for asynchronous or direct current motors coupled with a gearbox, torque motors are advantageous with their more compact, quieter, maintenance free design.
Linear & Rotary Positioners / Actuators
ETH /ETB /XFC Series High-Force Electric Cylinders
- The Parker ETH Series is a nextgeneration version of the wellknown, widely used ET Series.
- The ETH design offers unrivaled power density based on larger screw and bearing designs in smaller packages.
- The result is a comparable force output from a smaller size or a longer product life using the same size.
- The ETH also offers a user-friendly design in a diversified range of configurations to meet specific application requirements.
LCR Series Light-Capacity Screw / Belt Driven Positioners
- Light Capacity Rodless (LCR) Series positioners are ideal for OEM lab instrument and machine builders looking for significant ROI for an off the shelf yet tailor-made solution. The LCR provides unmatched flexibility with a choice of two profile sizes, two bearing options, three drive train options, many motor options, and the option to include the modular ion stepper drive.
- The LCR Series will reduce the total design time, the overall cost of development and increase your return on investment.
LCB Series Compact Rodless Actuators
- The LCB Series of linear actuators incorporates a low-friction, dry running, sliding bearing carriage that provides long and reliable travel life even at 100% duty cycle.
- The low mass of the carriage and steel reinforced timing belt design allows for very high accelerations and velocity.
- Combined with Parker motors and controls, the LCB offers a fully programmable, high performance solution at a great value.
HLE -Z Long Travel Belt Driven Positioners
- The HLE-Z (and OSP-BV) “endless” linear units are designed for guiding, transporting or positioning payloads over long travel distances with high rigidity and accuracy.
- This is accomplished by incorporating Parker’s uniquely designed rack-and-pinion-based drive system with an HLE150 or HPLA180 linear module housing.
- The exceptional dynamic characteristics inherent to these units make them well suited for applications requiring high-speed linear translation and positioning over long travel distances
OSP-E Series Medium - Capacity
- Screw - or Belt - Driven Positioners The OSP-E Series offers a medium-capacity, flexible, valuepriced screw-driven or belt-driven actuator.
- The OSP-E simplifies the crossover to electric actuation from pneumatics, with dimensional similarities to the Parker Origa OSP-P pneumatic line of products.
- With options for bushing bearings, square-rail bearings, or the robust rollerwheel design, the OSP-E offers users the ability to balance
400XR Series Precision Ballscrew Tables
- The 400XR precision table family offers precise linear positioning with excellent straightness and flatness of travel.
- Superior performance, modularity, and quick delivery make these tables the perfect building blocks for multi-axis positioning systems.
- An unrivaled array of sizes, features, and options such as clean room preparation, linear encoder feedback, and parallel motor mounts distinguishes the 400XR family from all others.
HPLA-HLE Series Industrial Belt Driven Positioners
- The HLE/HPLA linear modules are ideal as single-axis products or as components for high speed multi-axis gantries.
- With thousands of units in operation worldwide, the HPLA/HLE Series are proven performers offering long life and with trouble-free operation.
- With flexible design options for bearing selection, profile size, stroke length, and motor/gearbox combination, the HPLA/HLE design has your application covered.
RT Series High Precision Worm Drive Rotary Positioners
- RT Series rotary tables are designed for precise motor-driven rotary positioning and indexing.
- These tables are designed to function independently or in conjunction with linear tables used in high-precision automation applications.
- Their low-profile design minimizes stack height in multi-axis configurations and enables them to fit in many places where other motorised rotary devices cannot.