Space LT Super Lightweight Cables
space-lt-super-lightweight-cables
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nore more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either EFFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
Conductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-12 Super Lightweight Wire/Cables
(20) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-14 Super Lightweight Wire/Cables
(20) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-16 Super Lightweight Wire/Cables
(3) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nore more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either EFFE or irradiation crosslinked ETFE. M04857.jpg
SLT-18 Super Lightweight Wire/Cables
(3) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-20 Super Lightweight Wire/Cables
(9) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-22 Super Lightweight Wire/Cables
(11) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-24 Super Lightweight Wire/Cables
(14) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-26 Super Lightweight Wire/Cables
(15) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-28 Super Lightweight Wire/Cables
(5) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg
SLT-30 Super Lightweight Wire/Cables
(9) Super Lightweight Cables XLETFE 150°C/450 VConductors: Conductor shall be built per Whitmor/Wirenetics drawing SLT-1.
Cabling: The required number of conductors, determined by the cable designation, will be cabled with a left-hand lay. The lay length of the individual conductors shall be not less than 8 nor more than 16 times the outside major axis diameter of the unshielded, unjacketed cable.
Shield: When a shielded construction is called for in the cable designation, either a closely woven round strand braid or a flat strand braid will be used over the conductors.
Jacket: When a jacketed construction is called for in the cable designation, the wall thickness will be a nominal of .004" - .008" of either ETFE or irradiation crosslinked ETFE. M04857.jpg