Description GameChanger Hazardous Location Cable GameChanger Hazardous Location Cable is designed specifically for transmitting Power over Ethernet and IP video and control traffic, ensures reliable and efficient connectivity. Please note, any other usage is not covered under the warranty. GameChanger cabling exceeds Category Rating limits for maximum transmission distance, though this varies depending on the equipment and settings used. For guidance on the recommended maximum distance for your installation, please contact us. For connectors, GameChanger cabling is compatible with most Category 6 connectors. However, for optimal performance, we recommend using Platinum Tools ezEX connectors. SPECIFICATIONS: Scope: This cable consists of 4 pair solid bare copper, with color-coded Fluorinated Ethylene Propylene (FEP) insulation, inner FEP and PVC jacket, Continuously Corrugated Welded (CCW) Armor, and outer PVC jacket. It is RoHS-2 compliant, sunlight resistant, and suitable for direct burial. Suitable for Class 1 Div 1, Class 2 Div 1, and Class 2 Div 2 installations UL2250 Listed Type ITC 300V UL2225 Listed Type ITC-HL 300V for use in Class 1 Div 1 Hazardous locations Construction: Conductor Material: Bare Copper Construction: Solid Insulation Material: FEP O.D.: 0.0425” nominal Color Code: Pair 1: White/Blue, Blue Pair 2: White/Orange, Orange Pair 3: White/Green, Green Pair 4: White/Brown, Brown Core Assembly 4 twisted pairs cabled together to form the main core, jacketed with FEP and PVC inner jackets Jackets Material: FEP/PVC/PVC Inner Wall Thickness 1: 0.0218” nominal Inner Wall Thickness 2: 0.568” nominal Outer O.D.: 0.95” nominal Color: Black Corrugated Aluminum Armor between jackets Markings: PAIGE GAMECHANGER CABLE™ PATENT #10,453,589 22 AWG 4 Pair (UL) Type ITC-HL Sun Res ROHS (Ascending/Descending length marking) Electrical Properties Conductor Resistance: ≤9.38Ω/100m Max DC Resistance Unbalance: ≤5% Nominal Velocity of Propagation: 68% Hazardous Location Cable Flyer GameChanger CID1 datasheet GameChanger_Voltage_Drop_Chart
