Cavo Datalogic RS-232 PWR 9 poli femmina spiralato 3,6 m

PowerScan 8000 / PowerScan 7100 compatible RS-232 power cable with 9-pin D-type female connector and coiled design, 3.6 m extended length. The cable supports direct connection to IBM PC/PC clones and NCR terminal type 7452, and can be used with an external power brick or terminal power-off configuration. RoHS compliant.

Advantages

The Datalogic RS-232 PWR Cable (9P female, coiled) combines flexible reach with a compact coiled form factor to reduce cable clutter while allowing extension up to 3.6 m. The standard 9-pin D-sub connector ensures compatibility with legacy RS-232 ports and with devices such as PowerScan 8000 and PowerScan 7100. RoHS compliance indicates adherence to environmental safety requirements.

Suitable for

• Connecting PowerScan 8000 or PowerScan 7100 scanners to RS-232 ports
• Direct connection to IBM PC and PC clone serial ports
• Use with NCR terminal type 7452
• Setups requiring a coiled cable to limit cable tangling while allowing extension

Key specifications

• Connector: 9-pin D-sub (female)
• Cable type: Coiled RS-232 with power (PWR)
• Length: up to 3.6 m (extended)
• Compatible models: PowerScan 8000, PowerScan 7100
• Compatible systems: IBM PC / PC clones, NCR terminal type 7452
• Compliance: RoHS

How to use

Attach the 9-pin D-sub female connector to the host device serial port, ensuring a secure connection. Connect the other end to the scanner or to the power input as required by your device configuration. If using an external power brick, plug it into the scanner or cable power inlet per the scanner manufacturer instructions. Extend the coiled cable as needed and allow it to retract to reduce slack when not fully extended.

Recommendations

Use with devices that support RS-232 serial communication and the PowerScan 8000/7100 series. Avoid sharp bends near the connectors and do not overstretch the coil to preserve cable life. Verify power configuration (external brick vs. terminal power-off) before connecting to prevent damage.