Showing 71–80 of 82 results
EZE-D550-TTL(NX/PX)(80-CH.DI)
Features
● 80-Ch. Digital input (DI)
● Max. 100Mbps transfer rate
● LED diagnostic
● DIP switch for address setting
● Customize PCB mounting (L-98 x W-26 x H-77 mm)

EZE-D560-TTL(NX/PX)(96-CH.DI)
Features
● 96-Ch. Digital input (DI)
● Max. 100Mbps transfer rate
● LED diagnostic
● DIP switch for address setting
● Customize PCB mounting (L-98 x W-26 x H-77 mm)

STP-K111A (2-Phase / 1-Axis)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT CiA402 device profile
- 1-Axis 2-phase micro stepper drive
- STP-K111A Max. Current 2.8A
- Constant-current Driving System
- Support Micro stepping, 200 400 ~ 51,200 PPR
- Support 1.8° and 0.9°step angle
- Support Encoder feedback
- DIP switch for address setting
- Dimensions : L-75 x W-140 x H-30 mm

STP-K112A (2-Phase / 1-Axis)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
EtherCAT CiA402 device profile
- 1-Axis 2-phase micro stepper drive
- STP-K112A Max. Current 4.2A
- Constant-current Driving System
- Support Micro stepping, 200 400 ~ 51,200 PPR
- Support 1.8° and 0.9°step angle
- Support Encoder feedback
- DIP switch for address setting
- Dimensions : L-75 x W-140 x H-30 mm

STP-K221A (2-Phase / 2-Axis)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT CiA402 device profile
- 2-Axis 2-phase micro stepper drive
- Constant-current Driving System
- Max Driving Current 2.1A
- Support Micro stepping, 200 400 ~ 51,200 PPR
- Support 1.8° and 0.9°step angle
- Support Encoder feedback
- DIP switch for address setting
- Dimensions : L-75 x W-140 x H-44 mm

STP-K2231A (2-Phase / 3-Axis)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT 2-Phase Bipolar Constant-current Drive
- 3-Axes Microstepping Drive
- Resolution 200 ~ 25,600 PPR
- Driving Current Max 1.5A per Axis
- CiA402 device profile: CSP, PP, Home
- DIP switch for address setting
- Support Encoder feedback: EA, EB, and EZ
- DIN rail mounting
- Dimensions : L-122 x W-123 x H-115 mm

STP-K2241A (2-Phase / 4-Axis)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT 2-Phase Bipolar Constant-current Drive
- 4-Axis micro-Stepper Driver; 200 ~ 25,600 PPR
- Driving Current Max 1.5A per Axis
- CiA402 device profile: CSP, PP, Home
- DIP switch for address setting
- Support Encoder feedback: EA, EB and EZ
- DIN rail mounting
- Dimensions : L-122 x W-151 x H-115 mm

STP-K510A (5-Phase 1-Axis 0.75A)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT CiA402 device profile
- 5-Phase Constant-current drive, Driving current Max 0.75A
- Encoder feedback interface: EA, EB, and EZ
- Full loop control for position correction
- 1-Axis Microstepping drive, Resolution 500 ~ 400,000 PPR
- Support 0.36° and 0.72°step angle
- DIP switch for address setting
- DIN rail mounting

STP-K511A (5-Phase 1-Axis 1.4A)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT CiA402 device profile
- 5-Phase Constant-current drive, Driving current Max 1.4A
- Encoder feedback interface: EA, EB, and EZ
- Full loop control for position correction
- 1-Axis Microstepping drive, Resolution 500 ~ 400,000 PPR
- Support 0.36° and 0.72°step angle
- DIP switch for address setting
- DIN rail mounting

STP-K512A (5-Phase 1-Axis 2.8A)
Features:
Compatible with most leading masters like ACS, Beckhoff, Omron, Keyence, Panasonic and many more.
- EtherCAT CiA402 device profile
- 5-Phase Constant-current drive, Driving current Max 2.8A
- Encoder feedback interface: EA, EB, and EZ
- Full loop control for position correction
- 1-Axis Microstepping drive, Resolution 500 ~ 400,000 PPR
- Support 0.36° and 0.72°step angle
- DIP switch for address setting
- DIN rail mounting


















