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The 147785-1 internal wiring harness from Yaskawa is essential for the operation of the EA1400 robot system. It effectively handles mixed power, encoder, and control signals, supporting voltages up to 300 V.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | Internal Wiring Harness (Main Assembly) |
| Product Line | Other |
| Part Number | 147785-1 |
| Series | Harness Modules |
| Minimum Bend Radius | 45 mm |
| Operating Temperature | 0°C to +60°C |
| Voltage Rating | 300 V |
| Current Capacity | Up to 4 A per signal line |
| Signal Type | Mixed power, encoder, and control signals |
| Shielding | Partial foil wrap with drain wire |
| Mounting Orientation | Routed through EA1400 internal chassis |
| Installation Method | Fixed internal mount with bracketed retention |
| Outer Jacket Material | Flame-retardant PVC |
| Connector Type | Yaskawa proprietary internal interface |
| Application Axis | Internal routing across EA1400 robot body |
| Cable Type | Internal multi-core harness |
Yaskawa's part number 147785-1 is an internal wiring harness designed as a main assembly for the EA1400 robot. It serves multiple purposes by accommodating mixed power, encoder, and control signals efficiently. The harness operates effectively within a specified temperature range, functioning optimally between 0 to +60 degrees Celsius. Voltage levels can reach up to 300 V, and the harness is capable of handling current loads of up to 4 A for each signal line.
The design includes a minimum bend radius of 45 mm to ensure reliability over time without damaging the internal structure. The outer insulating jacket is made of flame-retardant PVC, enhancing safety in installation and use. Shielding is applied in the form of a partial foil wrap, which incorporates a drain wire to safeguard against electrical interference. The connector type is proprietary to Yaskawa, designed for internal interfaces, streamlining connectivity.
Installation is fixed with bracketed retention through the internal chassis of the EA1400, assuring a secure fit during operation. The multi-core architecture allows thorough signal routing across the robot's body. This wiring harness is critical for maintaining signal integrity and reliability within the robotic framework.