Lutze A1061804 lutze driveflex xlpe awg18/4c by the Foot
Lutze
$3.04
Technical Data
Construction
Description
DRIVEFLEX??????? XLPE (C) PVC
Number of conductors/cross-section
(4????????AWG18)
Jacket material
PVC
Jacket color
black RAL 9005
Outer ?????
10,5 mm
Outer ?????
0,415 inch
Weight
108 Lbs/Mft
Cu-Index
42 Lbs/Mft
Element 1
Element construction
19/30
Conductor
- AWG conductor
- CU-wire tin-plated
Conductor category
fine wire
Conductor marking
- black
- with white number print
- green/yellow
Conductor insulation
- XLPE
- XHHW-2
- Wet/Dry
overall construction
Drain wire
CU-wire tin-plated
Overall shield
- Foil shield
- Braid shield
- Tinned copper wires
- optical cover approx. 80%
Jacket characteristics
- Oil resistant
- Silicone-free
Technical data
Rated voltage UN
- 600 V 90C UL TC-ER-JP
- 1000 V Flexible VFD servo cable
- Cable, 1000 V 105C AWM
- 1000 V WTTC
Temperature range fixed
-40 ????????C ?????????? +105 ????????C
Bending radius
6????????D
Element 1
Element construction
19/30
Approvals/Standards
Approvals
- UL Flexible Motor Supply Cable
- Flexible VFD Servo Cable
- cULus
- TC-ER-JP
- UL DP-1
- Meets NEC 336,392
- Class I & II, Div. 2 and Class I
- Zone 2 per NEC 501, 502, 505
- Submersible Pump (??????????? AWG14)
- cUL TC
- CIC FT4
- UL 1277
- cURus
UL style
AWM 20886
Conformity
- CE
- RoHS
- REACH
Oil resistant according to
- Oil Res I
- Oil Res II
General
Note
CE These products are in conformity with the EU Low Voltage Directive 2014/35/EU
Shielded motor supply cable to connect power to 3-phase motors. VFD's and Servo Drives Cable design for harsh industrial environments and operating conditions with high noise levels Thermoset XLPE offering superior overload and short-circuit temperature Type XHHW-2 insulation offering smaller ODs for general VFD applications Compliant with NFPA 79 for wiring of industrial machinery TC-ER-JP for use with cable trays without conduit, which can reduce installation costs in industrial environments per NEC 336.10 (7) WTTC - wind turbine tray cable rating for use in wind power generation Dry, damp or wet conditions
