Motion Controllers

Motion Controllers for Electric Grippers from Tallman Robotics Limited enjoy the following functional features: 
Force-positions hybird
control(force,position,speed)
Pulse, I/O, BUS control( ModbusRTU, CANopen,
ModbusTCP, EtherNet/IP, PROFINET ) 3-in-1 control.
Powerful function, simple and easy to use!
Multiple program language controlling are supported!
Support customization
Provide completed SDK/API
Support multi program language
Preset 10 + application functions,
self-tuning function,
external disturbance compensation function,
five minutes to start,
Outer is 16 points ( 16points both output and input ), adopt the same I/O wiring as pneumatic cylinders, just give it the
on/off signal, can run immediately, as simple as pneumatic cylinders.
Support I/O self customization function, realize wiring first and then configuration
Compatible with all pulse controller on present market.
Integrated built-in controller for option, and the function and performance remain the same

Easy to Connect, Really “Plug and Play” of our Motion Controllers

Detailed Parameters of motion controllers:

Description item	TM-C Motion Controllers  Technical Parameters
Model	TM-C-20	TM-C-40	TM-C-60
Number of control axes	1 axis
Voltage supply (V)	DC24±10%
Rated current (a)	2	4	6
Control mode	I / O control, bus control (ModbusRTU, CANopen, modbustcp,Ethernet / IP, PROFINET), pulse control
PIO  interface	Optocoupler isolation · input 16 points / output 16 points ,(input / output points are different according to the selected model)
Maximum input pulse frequency	Max.200KPPS(24V)/Max.500KPPS(5V)
LED display	Red, yellow and green status light
Cable length	≤ 10m
Use environment	Operating ambient temperature: 0-40 ℃· operating ambient humidity: below 85% RH (no condensation state) · storage ambient temperature: – 10 ℃ – 65 ℃· storage ambient temperature: below 90% RH (no condensation state)
Dimension (mm)	190×77×48.75
Weight (kg)	0.4
Protection level	IP20

Note:For optional precision force control function of Motion Controllers, can be as high as ±0.01N, please refer to 《F series-precision force control electric gripper and cylinder catalogue》

An In-Depth Look At Today’s Most Popular Motion Controllers

Introduction

A motion controller is a device that is used to control the motion of an object. Motion controllers are used in a variety of applications, such as robotics, gaming, and manufacturing.

There are many different types of motion controllers, but they all work by receiving input from a user and translating that input into a specific type of motion. Motion controllers can be used to control the movement of robots, video game characters, or even mechanical parts in a factory.

Motion controllers have a number of benefits. They can improve the accuracy of movements, increase the repeatability of movements, and reduce the need for manual labor. Motion controllers can also be used to create complex movements that would be difficult or impossible to create without a controller.

There are many different motion controllers on the market today. Some of the most popular motion controllers include the Wii Remote, the PlayStation Move, the Xbox Kinect, and the Myo armband.

If you are looking for a way to improve the efficiency of your business, then you should consider using a motion controller. Motion controllers can help you automate tasks, improve accuracy and repeatability, and reduce the need for manual labor. They can also be used to create complex motions that would be difficult to achieve without them. Motion controllers can be used in a variety of applications, from gaming to manufacturing.

The most popular motion controllers on the market today

are the Wii Remote, the PlayStation Move, the Xbox Kinect, and the Myo armband. Each of these devices offers different features and benefits. The Wii Remote is a motion control device that uses a motion sensor to control games. The PlayStation Move and Xbox Kinect are motion control devices that are used to control a character in a game. The Myo armband is a device that can be used to control motion in a VR environment. Each of these motion controllers has different advantages and disadvantages. The Wii Remote is a great choice for casual gamers, as it is easy to use and relatively inexpensive. On the other hand, the PlayStation Move and Xbox Kinect offer more accuracy and precision, but they can be more expensive. The Myo armband is an interesting device that can be used for a variety of applications, but it can be somewhat complicated to setup and use.

The benefits of using a motion controller

are numerous. First, they can help you automate tasks, allowing your employees to focus on more important tasks. Motion controllers can also help improve accuracy and repeatability, which can reduce the need for manual labor. In addition, motion controllers can be used to create complex motions that would be difficult or impossible to achieve without them. Finally, motion controllers can help you save time, money, and energy by automating processes. When choosing a motion controller, you should consider not only the features and benefits it offers, but also the cost. While motion controllers can be expensive, they can save you money in the long run by reducing the need for manual labor and improving the accuracy of the movements.

To wrap things up

Motion controllers can be incredibly useful for businesses. They can automate tasks, improve accuracy and repeatability, and even create complex motions. When choosing a motion controller, you should consider not only the features and benefits it offers but also the cost. However, if you are looking for a way to improve the efficiency of your business, then you should consider using a motion controller.