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µCAN.8.pwm-BOX / Low-Side driver
Qty: 1 $1,025.00
Subtotal: $1,025.00
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ESX-C (Programmable Controller, Mobile, 5V ext., 22x PWM/ DOUT, 2x CAN)
$1,875.00ESX-C
- 16 bit controller
- 2 CAN interfaces, 1x Serial
- Maximum 48 I/O's (11x PWM, 11x DOUT, 8X DIN, 10 X RPM/DIN, 8X 4-20Ma/0-10v Analog Inputs)
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ESX-3CM (Programmable Controller, Mobile, 28x PWM/ DOUT, 4x CAN, 28 Multifunction Inputs with ethernet)
$2,230.00ESX 3CM
- 32 bit Tricore @ 300 MHz
- 4 MB Flash
- Compact, Ethernet on board
- 4 CAN interfaces
- 28 inputs
- 28 outputs
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ESX-3CM (Programmable Controller, Mobile, 28x PWM/ DOUT, 4x CAN, 28 Multifunction Inputs)
$2,051.00ESX 3CM
- 32 bit Tricore @ 300 MHz
- 4 MB Flash
- Compact
- 4 CAN interfaces
- 28 inputs
- 28 outputs
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ESX IOXp (Programmable Controller, Mobile, 5V ext., 8x PWM/ DOUT, 2x CAN)
$845.00ESX IOXp
- 16 bit XC2287 Micro-controller
- 2 CAN interfaces, 1x Serial
- Maximum 26 I/O's
- Variant (Option 3 with 8x PWM/ DOUT, 18 inputs)
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µCAN.8.pwm-SNAP / High-Side driver / no galvanic isolation
$903.728-channel pulse width output module with CANopen, no galvanic isolation, designed for rail mounting. Connection via screw terminals, High-Side-Driver. This product may take up to 4 weeks for delivery. -
µCAN.8.pwm-BOX / Low-Side driver
$1,025.008-channel pulse width output module with CANopen, designed for metric cable glands, connection via spring-cage connectors, Low-side driver. This product may take up to 4 weeks for delivery. -
Suregrip Single Axis Driver Board – 2x PWM out
$385.00Single axis driver board - 0-5V analog/digital input to 2 x PWM outputs in 3 modes. Data sheet The Single Axis Driver Board is designed to proportionally drive two solenoids using proportional control devices such as Joysticks, Slider Modules. The SDB-P1 driver board can be configured to accept a single proportional input in the range of 0.5 - 2.5 - 4.5VDC, such as one axis output from a Joystick or the output of a proportional Slider Module. It can also be configured to be controlled by two separate proportional inputs in the range of 0.8 - 4.2VDC.
