CSH01.1C-SE-EN2-NNN-NNN-S2-S-XP-FW
Description
1. Model Code Explanation
CSH01.1C: CSH advanced series, hardware revision V1, expandable single-axis controller
SE: SERCOS II real-time industrial bus, for legacy system retrofit and spare part replacement
EN2: Primary encoder interface, supports EnDat 2.1, 1Vpp and TTL signals
NNN: No additional expansion modules
NNN: No extra functional modules
S2: Integrated STO (Safe Torque Off), compliant with SIL3 / Cat.3 / PLe safety standards
S: Standard front panel with single-line LED and 4 push buttons
XP: Extended operating temperature range
FW: Factory pre-installed firmware, ready for direct commissioning
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
Interfaces: SERCOS II, RS232 debug port, service Ethernet
Encoder: Single EN2 port for semi-closed loop control
Safety: STO function, SIL3 / Cat.3 / PLe certified
Operating temperature: Extended range for harsh industrial environments
Dimensions: 241 × 103 × 49.5 mm
Weight: Approx. 0.85 kg
Compatible power units: HCS02, HCS03, HCS04 series
3. Key Features
Single EN2 encoder port offers wide compatibility with mainstream encoders for stable semi-closed loop operation.
SERCOS II bus ensures full compatibility with existing legacy equipment and original wiring.
Built-in STO safety function meets strict international machinery safety requirements.
Extended temperature design guarantees reliable performance under severe temperature conditions.
No extra expansion modules, simple and robust structure. Factory preloaded firmware enables plug-and-play use.
4. Applications
Maintenance, upgrade and spare part replacement for SERCOS II bus legacy equipment
Machine tools and automated production lines requiring SIL3 STO safety protection
Industrial sites with wide or fluctuating ambient temperature
Single-axis motion and positioning applications with high safety demands
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