1106949 PHOENIX CONTACT - Technology Bsa

EV-T2M4CC-DC80A-10M16ESBK11 - DC charging cable

CHARX connect standard, DC charging cable, with vehicle charging connector and open cable end, for charging electric vehicles (EV) with direct current (DC), with connected PP contact, with replaceable mating face frame, with analog temperature sensors, CCS type2, IEC62196-3, 80 A / 1000 V (DC), PHOENIXCONTACT logo, cable: 10 m, black, straight, NOTE: The cable length exceeds the normative specification of 10m.

Product Code: 1106949

Partner cod.: 1106949

PHOENIX CONTACT

Product properties	Product type: DC charging cable Product family: CHARX connect standard Application: for charging electric vehicles (EV) with direct current (DC) for installation at charging stations for electromobility (EVSE) Type: DC charging cable with vehicle charging connector and open cable end Design: with connected PP contact with replaceable mating face frame with analog temperature sensors Technology: Combined Charging System Affixed logo: PHOENIXCONTACT logo Label: 14.1 mm x 44.8 mm (customer logo on request) Charging standard: CCS type2 Charging mode: Mode 4
Electrical properties	Type of signal transmission: Pulse width modulation with modulated Powerline communication in accordance with ISO/IEC 15118 / DIN SPEC 70121 Note on the connection method: Crimp connection, cannot be disconnected Coding: 1500Ã© (between PE and PP) PP signal contact connected to cable Temperature monitoring: 2x Pt 1000 Type of charging current: DC Charging power: 80 kW Charging current: 80 A Power contact Number: 3 (PE, DC+, DC-) Rated voltage: 1000 VDC Rated current: 80 A (up to 40°C) Signal contact Number: 2 (CP, PP) Rated voltage: 30 VAC Rated current: 2 A Temperature sensors (Pt1000) Sensor type: Pt 1000 Standards/regulations: DINEN60751 Attachment point: Sensor for the DC contacts Switch-off temperature: 90°C ±1K (equivalent to a Pt 1000 value of 1346.5 Ã©) Long-term stability: 0.06 % (after 1000hours at 130°C) Recommended measured current: 1 mA (1 V at 0°C) Coefficient: 3850ppm/K Ambient temperature: -50°C ... 130°C (Operation)
Dimensions	Vehicle charging connector Width: 75 mm Height: 139 mm Depth: 267 mm
Material specifications	Color (Housing): black (9005) Color (Handle area): gray (7042) Color (Mating face): black (9005) Color (Protective cap): black (9005) Color (Cable): black (9005) Material (Vehicle charging connector): Plastic Material (Cable outer sheath): TPE-U Material (Contact surface): Silver Flammability rating according to UL 94: V0 (Mating face)
Cable/line	Cable length: 10 m ±45mm Wiring standards/regulations: prEN50620/DINEN50620 Cable weight: max. 820 kg/km Cable type: Class 6 straight Cable structure: 3x16mm² + 3x2x0.75mm² External cable diameter: 21.2 mm ±0.4mm Outer sheath, material: TPE-U Stripping length of the sheath: 140 mm ±10mm Cable resistance: Ã¢¤ 0.00121 Ã©/m (based on a power core, at an ambient temperature of 20°C) Bending radius: min. 212 mm (10x diameter)
Mechanical properties	Mechanical data Insertion/withdrawal cycles: > 10000 Insertion force: < 100 N Withdrawal force: < 100 N
Environmental and real-life conditions	Ambient conditions Degree of protection (Vehicle charging connector): IP44 (plugged in; when plugged in and ready to operate, the degree of protection is only ensued if both plug-in components are original products from Phoenix Contact or suitable standard-compliant products) Ambient temperature (operation): -30°C ... 40°C max. 55°C (Current reduction required, observe the DC contact temperature limit value of90°C) Ambient temperature (storage/transport): -40°C ... 80°C Altitude: 5000 m (above sea level)
Standards and regulations	Connection in accordance with standard Normative cable length restrictions: NOTE: The cable length exceeds the normative specification of 10m. Interference-free V2G communication in accordance with ISO15118 is not guaranteed for cable lengths over 10m (ISOIEC 15118-3, A.11.3, Table A.11). Cable management is required in the US if the cable length exceeds 7.5m (IEC 61851-1). Standards Standards/regulations: IEC 62196-3