Why won’t my Hunter ACC2 Media Converter run programs/stations?
If your Hunter Media Converter isn’t running programs or stations, review the Program or Station Summary. Also, make sure the facepack cable is connected and the slide locks are closed.
What to do if my Hunter ACC2 has overflow messages?
If your Hunter Media Converter is showing overflow messages, check the system for leaks and malfunctions. Also, check the flow sensor wiring.
How to troubleshoot electrical or module malfunctions in Hunter ACC2?
To troubleshoot electrical or module malfunctions in your Hunter Media Converter, go to the Diagnostics menu and review all components.
What to do if my Hunter Media Converter won’t read flow?
If your Hunter Media Converter isn’t reading flow, check the flow sensor setup and review the Hydraulic Summary.
How to fix a decoder not responding on Hunter ACC2?
If the decoder is not responding on your Hunter Media Converter, check the wire path connection, wire path resistance, and the decoder itself.
What to do with attention messages on Hunter ACC2 Media Converter?
To address attention messages on your Hunter Media Converter, continue troubleshooting based on log reports.
General| Model | ACC2 |
|---|---|
| Manufacturer | Hunter |
| Output Voltage | 12 VDC |
| Max Load Current | 2A |
| Enclosure Type | Plastic |
Details the use of the programming port for decoder setup and programming.
Provides guidelines for proper installation and connection of decoder two-wire paths.
Setting up Pump/Master Valve (P/MV) outputs for stations or decoders.
Setting up automatic irrigation programs with start times, run times, and water days.
Naming stations, assigning P/MV usage, Flow Zones, and priorities.
Setting up Pump/Master Valve (P/MV) outputs and delays.
Configuring flow sensors, including hardwired and decoder-based types.
Updating the controller's operating system and internal module firmware.
Running simultaneous stations to reach a target flow rate.
Verifying actual flow against learned flow and performing diagnostics.
The process of learning station flow rates for accurate monitoring.
Setting up "If" conditions and "Then" actions for automated responses.
Switching P/MV outputs based on sensor input for water source selection.
Setting station addresses for Hunter ICD decoders.
Programming station numbers into multi-station decoders.
Updating decoder firmware via the two-wire path.
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