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Operational Details The MAXNET MNRS RF switch provides redundancy in an RF amplifier system. When a failure occurs in the primary amplifier (A) control transfers to a secondary backup amplifier (B). The failure of the amplifier is determined by measuring the total composite RF power at the output of the primary (A) amplifier and comparing it to the set RF power threshold level.
Once the MAXNET chassis is powered, the amplifiers are connected to the MNRS (see Figure #2 below), review Section 3 for procedures on how to set the threshold level. Figure #2: MNRS Wiring Configuration MAXNET – MNRS Redundant RF Detector/Switch Module – Installation & Operation Manual ® ATX Confidential & Proprietary...
Once the MAXNET chassis is powered and the MNRS is configured as shown in Figure #3, review Section 3 for procedures on how to set the threshold level. Figure #3: MNRS Wiring Configuration MAXNET – MNRS Redundant RF Detector/Switch Module – Installation & Operation Manual ® ATX Confidential & Proprietary...
4.2. RF Detector A/B Switch Configurations No reset required. Device returns to primary mode when signal source A returns to a power level above the threshold level. MAXNET – MNRS Redundant RF Detector/Switch Module – Installation & Operation Manual ® ATX Confidential & Proprietary...
Please contact ATX Technical Support for assistance with any ATX products. Please contact ATX to obtain a valid RMA number for any ATX products that require service and are in or out-of-warranty before returning a failed module to ATX. TECHNICAL SUPPORT Tel: 289.204.7800 –...
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