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Sue RobertsJul 29, 2025
What to do if improper assembly leads to leakage in Motorola Receiver?
- AAndrea RayJul 30, 2025
If improper assembly leads to leakage in your Motorola Receiver, the suggested solution is to reassemble the whole radio.
What to do if improper assembly leads to leakage in Motorola Receiver?
If improper assembly leads to leakage in your Motorola Receiver, the suggested solution is to reassemble the whole radio.
How to fix a faulty front housing kit on a Motorola Receiver?
If you have a faulty front housing kit on your Motorola Receiver, it might be due to pinching of the main O-ring, battery connector seal, and SIM card door seal during assembly. The suggested solution is to replace the front housing kit. Alternatively, you can scrap the front housing kit.
What to do if Motorola Receiver has faulty back chassis sub-assembly?
If your Motorola Receiver has a faulty back chassis sub-assembly, it may be caused by pinching of the main O-ring, battery connector seal, and SIM card door seal during assembly. The suggested solution is to replace the back chassis sub-assembly. Alternatively, you can scrap the back chassis sub-assembly.
How to fix Motorola Receiver when radio fails the vacuum leak test?
If your Motorola Receiver fails the vacuum leak test, you should identify and service or replace the leak area.
General| Operating Temperature | -30°C to +60°C |
|---|---|
| GPS | Yes |
| Encryption | AES-256 |
| Display | 2.4" |
| Bluetooth | Yes |
Details copyrights, trademarks, license rights, and open source content.
Outlines compliance with national/international RF energy exposure standards.
Provides procedures for controlling RF exposure to meet occupational limits.
Discusses safety precautions, including EMI/EMC, pacemakers, and driving.
Lists detailed technical specifications for the radio models.
Covers general operating parameters like ETSI, temperature, and battery types.
Details the technical parameters of the radio receiver.
Details the technical parameters of the radio transmitter.
Explains the coding system for sales model numbers.
Explains the digital modulation techniques used by the radio.
Outlines the main components of the radio's transceiver circuitry.
Details the architecture and functions of the radio's digital processing section.
Describes the circuitry and components of the radio's transmitter path.
Details the circuitry and components of the radio's receiver path.
Provides a description of the radio's Bluetooth and WLAN capabilities.
Explains the radio's GNSS functionality and components.
Details the bottom and GCAI connectors and their logic levels.
Outlines the procedure for setting up typical radio testing.
Covers the procedures for testing the radio's transmitter and receiver.
Provides instructions for configuring specific test equipment.
Lists applicable RF tests and their procedures for the radio.
Details the applicable call processing tests and their procedures.
Outlines the procedure for assessing the DALT test.
Describes recommended procedures for periodic visual inspection and cleaning.
Provides guidelines for safely handling sensitive electronic components.
Covers general repair practices, including EPP and lead-free soldering.
Details precautions for protecting static-sensitive devices during service.
Lists serviceable components and their part/kit numbers for the radio.
Provides recommended torque values for various radio fasteners.
Details the procedure for inserting and removing the microSD card.
Details the procedure for inserting and removing the SIM card.
Outlines the process for disassembling the radio for repair.
Step-by-step guide for detaching the radio's antenna.
Instructions for safely removing the radio's battery.
Detailed instructions for removing the main Printed Circuit Board.
Steps to remove the radio's display assembly.
General statement about reassembly procedures.
Explains the vacuum leak test for IPx8 compliance.
Detailed procedure for conducting the vacuum leak test.
Guides on troubleshooting if the radio fails the leak test.
Procedure for programming the NFC tag with radio information.
Discusses service levels, replacement parts, and contact information.
Lists recommended equipment for radio programming.
Matrix detailing service replacement kits for the radio.
Lists test equipment required for servicing the radio.
Details warranty terms and instructions for returning products.
Information on support services available after the warranty expires.
