‘T’ Series high load capacity electric cylinders with RediMount™ from Thomson

Precision electric cylinders are widely used in handling, machining and manufacturing applications. In addition they are often used is to replace of hydraulic or pneumatic cylinders where they bring many benefits and advantages when compared to the older technologies.

A broad range of options and accessories added to Thomson’s vast experience in building custom units makes it easy to find the perfect cylinder for almost any application in most environments.

The ‘T’ Series precision electric cylinder has proved to be the ideal solution for thousands of applications throughout the world.

Precision rolled ball screws provide smooth, quiet motion and accurate positioning, while the slide guide bushings and the rugged exterior design allow it to be used in the toughest applications.

The T Series combines durability, performance and ease of use with a large selection of factory-engineered options and accessories. The RediMount™ motor mounting adapter kit is available as a standard feature, making it easy to mount a suitable motor as well as making fitting quick and easy.

Uses and benefits:

Precision electric cylinders are often a better choice than hydraulic or pneumatic alternatives due to simpler installation, easier and greater control, lower energy costs, higher accuracy, less maintenance and noise, and a cleaner, healthier environment;

Thomson T Series

‘T’ Series available sizes:

The ‘T’ Series is available in three frame sizes the T60, T90 and T130

T60 can provide forces up to 10,000N with strokes of up to 1500mm.
T90, forces up to 20,000N and strokes of 1500mm
T130, forces of up to 60,000N and strokes of 2000mm
Applications:

The Thomson ‘T’ Series is suitable for a wide variety of applications in many industries.

Coupled with a perfectly matched drive/control solution, Micromech can provide the perfect linear motion solution.

Examples:

  • Valve control – Process industry, ventilation equipment, packaging machines
  • Pressing and clamping – Machine tools, paper industry, plastic industry
  • Edge guide control – Paper mills, printing, textiles
  • Backstop adjustment – Woodworking machines, machine tools
  • Loading/unloading – Handling equipment, packaging industry

For more information on Thomson Electric cylinders contact Micromech sales on 01376 333333 or sales@micromech.co.uk

New RTA X-PLUS S Stepper Drives with STO (Safe Torque Off) function now available from Micromech.

RTA X Plus S

 
RTA X-PLUS S

RTA X-PLUS S stepping motor drive series with step and direction interface and direct mains input (110v AC to 230v AC)

The X-PLUS S series features an internal rectifier capable of transferring more than 330V DC to the motor.

Ideally suited to applications requiring high dynamic performance and high reliability.
Key Features:

  • STO function (SIL3)
  • Error detection monitor.
  • Electronic damping facility to reduce noise and mechanical vibration at low and medium speed ranges.
  • Optoinsulated and differential input/output signals provide easy interfacing with many commonly used control systems and ensure a high level of noise immunity.
  • For NEMA 34 or larger stepping motors rated for high voltage.


Technical Features:

  • Motor current can switched off via STO function.
  • Input voltages from 110v AC to 230v AC.
  • Current range: 2.4A – 4A. Four values set by DIP switches.
  • Microstepping: 400, 800, 1600, 3200, and 500, 1000, 2000, 4000 steps/rev. Set by DIP switches.
  • Auto current reduction at motor standstill.
  • Protection: Under/over voltage.
    Short circuit at motor outputs.
    Over temperature.
  • Optoinsulated inputs compatible with differential control signals.
  • High efficiency chopper with IGBT final stage output.
  • 24 month warranty.

RTA X-PLUS S

For details of the full R.T.A. range or for technical help call 01376 333333 or email sales@micromech.co.uk

RTA X-PLUS S

Trio’s innovative PC-MCAT 64 is available now from Micromech!

trio_pc_mcat_64The PC-MCAT is a “Motion + PC Solution” with a powerful quad core Intel Atom processor used to drive a high performance motion controller and a compact Windows based PC that can run user applications. The PC-MCAT software uses a real-time extension to allow the motion controller and Windows to run directly on individual processor cores.

Highlights

Plug and Play
The motion controller has a dedicated EtherCAT master Ethernet port which can launch data packets with less than 1 µsec of jitter. The 1.91GHz Atom processor is coupled with 4 GBytes of RAM and a high speed 64 GByte SSD to give sufficient PC performance for many types of machines.

HDMI Output
Trio’s PC-MCAT is particularly suitable for application in which a machine requires the software and hardware facilities of a PC combined with a powerful 64 axis Motion Coordinator. The HDMI port can be used to drive high resolution displays for sophisticated operator interfaces.

Vision
The large 64 GByte SSD drive can hold vast amounts of machine data and recipes. Two GBit Ethernet ports are built into the PC-MCAT. These can be used for factory communications or connecting vision camera(s) whose data can be processed directly on the PC cores.

Features

  • Motion and PC Solution for many types of automation machinery
  • Compact fanless PC with an E3845 Quad Core Atom Processor at 1.91 Ghz
  • Up to 64 Axis EtherCAT based Trio Motion Coordinator
  • RTX64 Real Time Extension to allow Motion and Windows to run directly on individual processor cores
  • Plug and Play EtherCAT configuration with expandable support for servo drives, I/O and devices from a wide variety of manufacturers
  • Programmable in TrioBASIC, IEC 61131 or PC based programming languages such as “C” or .NET
  • 4 GByte RAM + 64 GByte SSD which can be upgraded.
  • GBit ethernet ports for vision cameras, factory comms or LAN.
  • RoHS and CE approved

For applications requiring capabillities beyond that of the PC-MCAT 64 the Trio PC-MCAT S offers further flexibility.

Delivered in the form of a dongle, PC-MCAT S provides the same features of the PC-MCAT hardware in a software package enabling the user to run the PC-MCAT on a suitable Windows based industrial PC

This allows the specification of the processor speed, graphics capability and memory size giving a flexible solution to suit the application.

For the full specification and further information on Trio’s PC-MCAT combined motion controller and PC please call Trio’s number one distributor and technical expert ‘Micromech’ on 01376 333333 or Email sales@micromech.co.uk

KBM frameless kit brushless motors

What is direct drive technology?
With direct drive technology a torque motor is coupled directly to the driven load. This provides a very stiff mechanical connection to the load, eliminating problems associated with couplings, belts and gearboxes.

Kollmorgen KBM
KBM™ Series frameless kit brushless motors are designed to be embedded in your machine. The rotor is supported by machine’s own bearings.
A large selection of standard motors are available or alternatively a bespoke solution incorporating your specific modifications can quickly and cost-effectively create a an exact fit motor which will provide the highest performance and longest life in the most compact space.
Designs, which include special winding configurations, tailored mounting features, diameter and stack length dimensional adjustments, or material variations, are all possible.

Simplified Machine Design.
With a Kollmorgen KBM Solution from Micromech, your machine design is simplified. Noisy mechanical transmissions are eliminated as are the performance limitations associated them.

The direct coupling of a torque motor to a load provides improvements to a machine, unachievable with a more compliant mechanical transmission. Furthermore, expensive maintenance is greatly reduced as the need to adjust belts or pulleys or to lubricate gearboxes is eliminated.

Direct drive frameless vs Conventional Motor Systems
Conventional servo systems with mechanical transmissions limit servo performance and reliability. Typically designs consume more space due to use of transmissions, belt / pulley arrangements and couplings. Additionally maintenance is more extensive. This all adds unnecessary machine down time and costs.

Integration Costs

  • Positional inaccuracies from transmission compliance
  • Mounting and alignment of gearbox / belt / bracket
  • Servo tuning difficulties caused by compliance and backlash
  • Pulley installation and tensioning
  • Oversize motor for inertia matching
  • Extra components – clutch, output shaft feedback device
  • Motor / gearbox mounting Bracket
  • Purchasing and BOM
  • Inventory and Inspection
  • Coordinate multiple lead times

Life Cycle Costs

  • Machine maintenance
  • Belt tensioning and replacement
  • Gearbox lubrication and replacement
  • Increasing backlash due to wearing gears
  • Costs to support field failures
  • Unscheduled down time
  • Belt breakageBelt slippage
  • Gearbox failure
  • Reduced throughput due to compliance and settling

Micromech engineers have assisted many of our customers with specification of a KBM frameless motor solution. Contact us for further information on the wide variety of pre-engineered options and configurations available or send us your exact requirements for a custom solution for your application. Call 01376 333333 or Email sales@micromech.co.uk