Price & Availability | Article | No. of axes | Encoder | Input voltage V DC | Output current max. Amps | Micro-step resolution | Weight kg | |||||||||||||||
L3522.ST2X | Two | No | +12 to +24 | 1.5 | 1 to 8 | 0.45 | ||||||||||||||||
£ 3,397.68 per unit (click for quantity discounts) Ready to despatch 0 Need more? Please call us.
No. of axes Two Encoder No Input voltage
V DC +12 to +24 Output current
max.
Amps 1.5 Micro-step resolution 1 to 8 Weight
kg 0.45 | ||||||||||||||||||||||
L3522.ST2X-E | Two | Yes | +12 to +24 | 1.5 | 1 to 8 | 0.45 | ||||||||||||||||
£ 3,611.52 per unit (click for quantity discounts) Ready to despatch 0 Need more? Please call us.
No. of axes Two Encoder Yes Input voltage
V DC +12 to +24 Output current
max.
Amps 1.5 Micro-step resolution 1 to 8 Weight
kg 0.45 | ||||||||||||||||||||||
L3522.RS485 | USB cable | - | - | - | - | |||||||||||||||||
£ 297.00 per unit (click for quantity discounts) Ready to despatch 0 Need more? Please call us.
No. of axes USB cable Encoder - Input voltage
V DC - Output current
max.
Amps - Micro-step resolution - Weight
kg |
Includes universal AC power adapter, user interface software and USB cable.
Communication: USB 2,0 or RS-485 ASCII (9600 - 115200 bps)
Digital IO Communication: 4 bit motion profile select inputs (DI3-DI6). One start motion input (DI1). One abort/clear motion input (DI2). One in position output (DO1). One error output (DO2).
A/B/Z differential encoder inputs (Max frequency of 5 MHz): StepNLoop closed loop control (position verification)
2 x 10-bit analog inputs.
Opto-isolated I/O: 8 x inputs, 8 x outputs, +Limit/-Limit/Home inputs per axis
Stand alone programmable.
Max. pulse input rate of 400K.
Can be plugged into, and control two axis simultaneously. Comes with cables and software. Simple plug and play system via USB port of your laptop or PC.
This motion controller can only be used with stages that have a stepper motor attached. If you have a Servo motor, see part number L3297.
Micro-stepping is the number of steps per step of the motor output shaft. e.g the stepper motors have 200 steps per revolution of the shaft. If the motion controllers are set to 8 microsteps, this means that the motor shaft has 1600 steps per revolution (8 x 200).
Compatible with LabView, Matlab, VB, C++, Python, and OS X.
When using with Matlab a RS-485 to USB adapter will be required.
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