CSH01.1C-SE-ENS-EN2-NNN-NN-S-NN-FW
Description
1. Model Code Explanation
CSH01.1C: CSH advanced series, hardware version V1, expandable single-axis controller
SE: SERCOS II real-time industrial bus, applied for legacy system retrofit and spare part replacement
ENS: Primary encoder interface, supports Hiperface, 1Vpp and TTL signals
EN2: Secondary encoder interface, compatible with EnDat 2.1, 1Vpp and TTL signals
NNN: No additional expansion modules
NN: No dedicated safety functions
S: Standard front panel with single-line LED and 4 push buttons
NN: No optional accessories
FW: Factory pre-installed firmware, ready for direct operation
2. Technical Specifications
Controlled axis: 1 high-performance servo axis
Control cycle: Current loop 62.5 μs, velocity loop 125 μs, position loop 250 μs
Power supply: DC 24V ±10%, power consumption 7.5 ~ 10 W
Onboard I/O: 7DI / 3DI/O / 1 relay output; 1AI / 2AO
Communication: SERCOS II, RS232 debug port, service Ethernet
Encoder: Dual independent encoder ports (ENS + EN2), supports full closed-loop control and master-slave synchronization
Safety: No STO or high-level safety certification
Dimensions: 241 × 103 × 49.5 mm
Weight: Approx. 0.85 kg
Compatible power units: HCS02, HCS03, HCS04 series
3. Key Features
Dual encoder ports with different protocols deliver broad compatibility for various encoder types, enabling full closed-loop positioning and master-slave motion control.
SERCOS II bus maintains full compatibility with existing legacy equipment and original wiring.
No extra expansion modules, featuring simple structure and stable operation.
Factory preloaded firmware realizes plug-and-play, simplifying on-site commissioning.
Designed for general industrial scenarios without strict safety regulations.
4. Applications
Maintenance, upgrading and spare part replacement of traditional SERCOS II bus equipment
Machine tools, precision positioning equipment requiring dual encoder feedback
Automation lines for full closed-loop control and master-slave synchronization
General industrial sites with no high-level safety requirements
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