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UK Office Direct£16.78Visit shop Jabra Quick Disconnect (QD) to RJ9 Coiled Cord for Nortel Handsets
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The Jabra QD to RJ9 coiled cord is specifically engineered for professionals using Jabra headsets with Nortel handset systems who require a stable, wired connection. It provides the essential interface between a Quick Disconnect headset and a modular RJ9 phone port, featuring a built-in 47K Ohm resistor for optimized audio impedance; however, users must verify their specific phone model against the Jabra compatibility guide to ensure proper functionality.
| Colour | Black |
|---|---|
| Model Part Number | 8800-01-19 |
| Brand | Jabra |
Nortel handsets have specific impedance requirements. This resistor ensures the headset signal matches the phone's input to prevent audio distortion or volume issues.
No. This cable is designed specifically for compatible Nortel systems. Using it with unsupported phones may cause audio performance issues.
The cord is 2 metres long, which is measured in its coiled, relaxed state.
While the product specification mentions Bluetooth, this is a wired cord. It is used to connect a wired QD headset to a desk phone.
Keep the cable away from direct heat sources and avoid pulling it to its maximum length to maintain its elasticity.
Ensure the QD connection is fully seated and verify that your phone's handset volume settings are not muted.
Check both the RJ9 modular plug and the QD connection for dust or debris; unplug and reconnect firmly.
Consult the official Jabra compatibility guide to confirm this specific 47K Ohm resistor cord matches your exact phone model.
To set up your connection, insert the RJ9 end of the cord into the headset port on your Nortel telephone. Connect your Jabra QD headset to the other end of the cable. If the phone does not detect the headset, ensure the RJ9 plug is pushed until it clicks securely. For care, avoid stretching the coiled cord to its absolute maximum length repeatedly, as this can weaken the internal wiring over time. Keep the cable away from sharp edges or heavy office furniture that could pinch the cord and cause signal dropouts.
