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Manhattan USB charging cable USB-C® plug 2.00 m Black Duplex use connector, double shielding 356367
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Part number:
Item no:
Product type
USB charging cable
Version
Charging cable
Connections
USB-C® plug
Cable length
2.00 m
Cable features
Duplex use connector
double shielding
Quantity (Piece(s))
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€ 10.08
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Manhattan USB 2.0 type C EPR charging cable 240 W
Highlights & Details
- USB Power delivery (PD) 3.1-cable with extended Power range (EPR) charges up to 240 W at 48 V / 5 A, backward compatible with PD 3.0/2.0/1.0
- USB-C plug on USB-C plug for connection to USB-C device ports
- E-marker chipset for loss-free, reliable 240 W power over the entire cable path
- Supports data transfer rates up to
- 480 MBit/s
- Braided, knotless jacket with stress-resistant strain relief
Technical specifications
- Product type
USB charging cable
- Version
Charging cable
- Connections
USB-C® plug
- Factory colour
Black
- Cable length
2.00 m
- Signal flow
Unidirectional (A→B)
- Shielding
Braid shielding/shielding film
- Cable features
Duplex use connector
double shielding
22
- Cable design
Round
- Connector version
straight
Copper
- Max. power
240 W @ 48V / 5A
- Connection type
USB-C®
- Type A
USB
- Type B
USB
- Cable use
USB 2.0
- UKCA
not relevant
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 2996526 Manhattan USB charging cable USB-C® plug 2.00 m Black Duplex use connector, double shielding 356367
Description
240W USB-C charging cable St/St with Power delivery 3.1 - more performance for the next USB charging generation
This Manhattan type C charging cable is your future-proof connection for upcoming high-Power USB battery chargers and laptops. It conforms to the latest USB Power delivery standard 3.1, which introduces the extended Power range (EPR). Cables and devices with EPR support a power up to 240 watts (48 V / 5 A), an increase of almost 2.5 times the predecessor PD 3.0, whose "standard Power range" (SPR) was limited to 100 W (20 V / 5 A max.).
Superior wattage, backwards compatible with older chargers
High-end devices such as the latest 16-inch MacBook Pro® or a modern gaming laptop already use an input power of over 100 W, which they currently receive from a proprietary power supply. These bulky power supplies use special DC connectors that are not interchangeable between different brands. If you lose such a power supply, a frustrating expensive replacement is necessary. The universal USB-C port puts an end to this frustration and allows laptops of all manufacturers to be charged with any PD 3.1-compatible charger or a PD 3.1-compatible power bank. This universal charging capability is also the reason why a new EU regulation requires laptops to support charging via USB-C. from 2026 onwards. PD 3.1 is backward compatible with PD 3.0, so that you can continue to use your old chargers with 100, 65 W or less.
Strong shielding and hard-wearing, braided sheath with flexible strain relief
The extremely robust, molded aluminum sleeve absorbs loads through frequent bending without damaging the Kern of the cable, while the braided sleeve makes the cable practically knotting-free. This combination is resistant to cracks and protects against wear, even with frequent use, such as in the car. Double shielding (aluminum foil and braid) and corrosion-resistant contacts provide maximum signal integrity. As is usual with USB-C, the plugs are symmetrical so they fit all the way you insert them.
This text is machine translated.
This Manhattan type C charging cable is your future-proof connection for upcoming high-Power USB battery chargers and laptops. It conforms to the latest USB Power delivery standard 3.1, which introduces the extended Power range (EPR). Cables and devices with EPR support a power up to 240 watts (48 V / 5 A), an increase of almost 2.5 times the predecessor PD 3.0, whose "standard Power range" (SPR) was limited to 100 W (20 V / 5 A max.).
Superior wattage, backwards compatible with older chargers
High-end devices such as the latest 16-inch MacBook Pro® or a modern gaming laptop already use an input power of over 100 W, which they currently receive from a proprietary power supply. These bulky power supplies use special DC connectors that are not interchangeable between different brands. If you lose such a power supply, a frustrating expensive replacement is necessary. The universal USB-C port puts an end to this frustration and allows laptops of all manufacturers to be charged with any PD 3.1-compatible charger or a PD 3.1-compatible power bank. This universal charging capability is also the reason why a new EU regulation requires laptops to support charging via USB-C. from 2026 onwards. PD 3.1 is backward compatible with PD 3.0, so that you can continue to use your old chargers with 100, 65 W or less.
Strong shielding and hard-wearing, braided sheath with flexible strain relief
The extremely robust, molded aluminum sleeve absorbs loads through frequent bending without damaging the Kern of the cable, while the braided sleeve makes the cable practically knotting-free. This combination is resistant to cracks and protects against wear, even with frequent use, such as in the car. Double shielding (aluminum foil and braid) and corrosion-resistant contacts provide maximum signal integrity. As is usual with USB-C, the plugs are symmetrical so they fit all the way you insert them.
This text is machine translated.
Features
- Standards and certificates:
- CE
- RoHS
- REACH
- USB 2.0
- PD 3.1
- General
- 2 x 24-pin USB-C connector
- Double shielding: Aluminium foil and braid
- Gold-plated pins, nickel-plated casing
- Cable: Pure, plain copper
- Aluminium sleeve with strain-relief clamp
- AWG 22/29
- Length: 2 m
- Outer diameter (OD) 4 mm
- Net weight: 50 g
- Gross weight 55 g
- Electrical details
- Dielectric strength 500.0 V DC 10 ms
- Insulation resistance 100 MΩ/km at 20° C.
- Max. Contact resistance 3 Ω
- Supported power throughput 240.0 W at 48.0 V/5.0 A max.
- Ambient conditions
- Operating ambient temperature 0 - 45°C.
- Operating humidity (non-condensing): 10 - 85%
- Ambient temperature during storage -10 - 70°C.
- Storage humidity (non-condensing): 5 - 90%