Thomson currently has two account systems - one for the website and CAD model downloads, and one for e-commerce. We understand that two logins is an inconvenience and are working to consolidate our systems into one login process. Until we’re able to consolidate the two logins, please follow these guidelines:
There are various ways to control an actuator. It can be done with a simple switch or a computerized control system. In this section, various methods are covered.
Including:
PLC
Synchronization
CAN bus
PLC
Some of our actuators are designed to be more easily used with PLCs. The
following video explains what is meant by Low level or low current
switching which is a feature that allows the actuator to be used more
easily with a PLC.
The Electrak HD actuator position-based synchronization option features:
Unlimited synchronization with proper voltage (+/- 10%V) and mechanical alignment
Capable of handling offset, unbalanced, and shared loads
If a unit detects that it is 1mm further ahead of any other in the network, it will reduce its speed slightly to allow the other to catch up
If the positional difference between any actuators becomes too great and exceeds the max distance error value specified, the most ahead unit will stop until the furthest unit catches up
All units must use the same configured part number in the synchronized system
Operation with a simple switch - no external controls required
Utilizing
CAN bus can provide enhanced control of the actuator. Some advantages of CAN bus include:
Providing the
ability to move actuator using more complex motion control.
Internal motion controller to manipulate speed, current and position.
Design flexibility – the same actuator can be used in many applications.
Additional on-board sensors for field diagnostics.
Fewer wires, no external control boxes, quick connection to existing networks.
Our
CAN bus control option is J1939 CAN bus compatible. SAE J1939 CAN bus
is a typical communication bus used in off-highway equipment, heavy
truck industry and some automotive applications.