Li-09YSCH PiMF-100 Cat. 5 Submersible Pump Data Cable
Li-09YSCH PiMF-100 is a 100/100 V four-pair screened data cable for submersible pump sensors and monitoring equipment in contaminated water.
- Tinned flexible copper conductors, Class 6.
- Foam-skin polypropylene insulation.
- Individual foil pair screens and an overall tinned-copper braid.
- XL copolymer outer sheath.
- Cat. 5 / Class D transmission reference up to 100 MHz.
Send the controller interface, pair assignment, cable length, entry drawing and water conditions for a technical quotation.
Li-09YSCH PiMF-100 Data Connections for Submersible Pumps
Li-09YSCH PiMF-100 is a 100/100 V screened data cable for pumps with integrated sensors and monitoring equipment in contaminated water under medium mechanical stress. Four signal pairs combine foam-skin polypropylene insulation, individual aluminium-coated foil screens and an overall tinned-copper braid inside an XL copolymer sheath.
The paired construction keeps each signal circuit identifiable through the pump entry and control cabinet. The Cat. 5 transmission reference corresponds to Class D channel characteristics up to 100 MHz. Select the complete data connection with the controller interface, connector layout and installed length; maintain the pair assignment and twist through the termination.
- Match the data circuit: provide the sensor interface, pair allocation, impedance requirement and connection drawing.
- Plan both screen levels: coordinate the individual pair foils and overall braid with the equipment’s termination design.
- Design the wet-to-dry transition: select the cable-entry seal, supported bend and dry enclosure connection together.
Specify motor-power and data circuits separately, including their routing and entry arrangements. Effective screening requires good braid contact to ground at both cable ends. Use the separate fixed and flexible bend factors, and support the cable independently of the pump lifting system. Include water chemistry, cleaning media and installed length with the enquiry. Immersion depth and the permitted water-temperature limit are confirmed for the specified project.
For Li-09YSCH pump connections, explore the submersible pump cable range; for Li-09YSCH conductor surface selection, read the tinned copper comparison.
Construction
The PiMF arrangement screens each of the four signal pairs individually. One common tinned-copper braid surrounds the complete paired assembly.
| Parameter | Value or condition |
|---|---|
| Cable form | Round four-pair assembly: eight insulated signal conductors. |
| Conductor | Tinned finely stranded copper, Class 6 according to DIN EN 60228. |
| Core insulation | Foam-skin polypropylene (PP). |
| Pair identification | White/orange–orange, white/green–green, white/brown–brown and white/blue–blue. |
| Pair screens | Each pair has its own aluminium-coated foil screen. |
| Overall screen | Tinned-copper wire braid around the four screened pairs. |
| Outer sheath | Cross-linked copolymer (XL copolymer). |
| Pair | Core colours |
|---|---|
| Pair 1 | White/orange and orange |
| Pair 2 | White/green and green |
| Pair 3 | White/brown and brown |
| Pair 4 | White/blue and blue |
Applications
Data and sensor connections for modern submersible pumps, wastewater tanks and process-water equipment under medium mechanical stress, including supported indoor and outdoor routes.
| Parameter | Value or condition |
|---|---|
| Data interface | Specify controller protocol, pair assignment, impedance requirement, channel length and connector layout. |
| Pair preparation | Maintain the pair identification and twist to the equipment termination; coordinate foil breakout with the entry drawing. |
| Overall braid termination | Provide effective braid contact to ground at both cable ends, with coordinated gland and enclosure bonding. |
| Cable entry | Match the selected finished dimensions, sealing profile and strain relief to the pump drawing. |
| Bending and support | Use 6 × maximum OD for fixed installation and 10 × maximum OD for flexible use; provide independent cable supports. |
| Power and data routing | Coordinate the signal route and the separate motor-power connection with the complete equipment layout. |
| Water chemistry | State the actual water composition, treatment chemicals and cleaning media for material selection. |
| Project water duty | Confirm immersion depth and the permitted maximum water temperature with the project enquiry. |
Specifications
| Parameter | Value |
|---|---|
| Rated voltage | 100/100 V |
| Pair arrangement | 4 × 2 |
| Conductor | Tinned flexible copper, Class 6 |
| Insulation | Foam-skin polypropylene |
| Screen | Individual pair foil screens and overall tinned-copper braid |
| Parameter | Value or condition |
|---|---|
| Rated voltage | 100/100 V |
| Maximum AC operating voltage | 300 V |
| AC test voltage | 1000 V / 1 minute |
| Pair arrangement | 4 × 2 insulated signal cores |
| Conductor | Tinned finely stranded copper, Class 6 |
| Core insulation | Foam-skin polypropylene (PP) |
| Individual pair screens | Aluminium-coated foil around each pair |
| Overall screen | Tinned-copper wire braid |
| Outer sheath | XL copolymer |
| Transmission reference | Cat. 5; transmission Class D according to EN 50173-1; channel frequency band up to 100 MHz |
| Maximum conductor temperature | 90 °C |
| Short-circuit conductor temperature | 250 °C |
| Minimum ambient temperature — fixed installation | −40 °C |
| Minimum ambient temperature — flexible use | −25 °C |
| Maximum tensile load on the conductor | 15 N/mm² |
| Minimum bending radius — fixed installation | 6 × maximum cable OD |
| Minimum bending radius — flexible use | 10 × maximum cable OD |
| Project water duty | Confirm immersion depth and the permitted maximum water temperature with the project enquiry. |
Specify the required conductor cross-section, finished cable dimensions, installed length and entry seal together with the complete data-channel layout.
Standards
| Reference | Application |
|---|---|
| EN 50525-2-21 | Construction and water-resistance reference. |
| EN 50173-1 | Transmission Class D reference for a channel frequency band up to 100 MHz. |
| DIN EN 60228 / IEC 60228 | Class 6 conductor reference. |
| DIN EN 60332-1-2 | Single-cable flame-propagation test reference. |
| DIN EN 60811-404 | Oil-resistance test reference. |
| DIN EN 50565-2 | General cable-use and installation guidance. |
For conductor classes, see the IEC 60228 standard scope.
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