Description
Honeywell 30731811-001
Technical Specifications
- Cable Type: 75Ω impedance coaxial cable for LCN network
- Signal Bandwidth: Matched for 5Mbps LCN communication
- Connector Type: Pre-crimped LCN dedicated coaxial connectors
- Operating Ambient Temperature: -20°C to +70°C
- Storage Temperature: -40°C to +85°C
- Outer Jacket Material: Flame retardant PVC
- Cable Length: Standard fixed length for TDC3000 cabinet internal wiring
- Certification: UL, CE
Functional Features It carries differential LCN communication signals between TDC 3000 network nodes. It maintains stable 75Ω characteristic impedance to prevent signal reflection and packet loss. It shields internal signal conductor from external electromagnetic interference. It provides flame retardant outer jacket for cabinet fire safety compliance. It supports dual redundant LCN A and LCN B network wiring. It reduces field wiring error with factory pre-terminated connectors. It supports hot disconnection and reconnection under node online state. It delivers consistent signal attenuation within specified limit.
Application Scenarios TDC3000 cabinet internal LCN network interconnection Redundant LCN A / LCN B network path wiring LCN node to LCN repeater connection Operator station LCN network link Petrochemical plant TDC3000 network cabinet wiring replacement
Performance Parameters
- Characteristic Impedance: 75Ω ±3Ω
- Signal Attenuation: Less than 0.2dB per meter at 5MHz
- Shielding Attenuation: Greater than 90dB
- Bend Radius: Minimum 10 times cable outer diameter
- Mean Time Between Failures: 1,200,000 hours
Material Composition Solid copper inner conductor Foamed polyethylene dielectric insulation layer Copper braided shielding layer Flame retardant PVC outer jacket Nickel-plated brass coaxial connectors Internal crimp locking structure for connectors
Structural Features Integrated finished cable assembly with connectors fixed at both ends. Concentric coaxial structure separates signal conductor and shielding layer. Braided copper shield wraps dielectric layer fully to block external noise. Connector shell mates with standard LCN interface port on TDC3000 network boards. Outer jacket has smooth surface and printed part number marking. Connector tail has strain relief structure to prevent cable breakage under bending.
Working Principle LCN differential communication signal propagates along inner copper conductor. Braided shielding layer connects to equipment ground to isolate external electromagnetic noise. Impedance matching structure ensures signal wave transmits without reflection at connector interface. Signal attenuation is controlled within LCN network design budget to guarantee correct packet decoding at receiving node.
Installation Requirements Do not bend cable beyond minimum bend radius during installation. Align connector pin correctly before inserting into LCN port. Tighten connector nut by hand without excessive wrench torque. Arrange cable routing separately from high voltage power cable. Fix cable with cable tie without crushing outer jacket. Verify LCN network communication status after connection. Test redundant network switchover after cable replacement.
Usage Notes Do not cut or re-terminate the factory finished cable assembly. Avoid sharp object scratch on outer jacket. Do not pull cable by connector directly. Replace cable if shielding layer is exposed or connector pin is deformed. Keep cable away from high-temperature components inside cabinet.
