Specifications
- Wiring: normally closed or normally open
- Time to turn off irrigation system: 2 to 5 minutes approx. for Quick Response
- Time to reset Quick Response: 4 hours approx. under dry, sunny conditions
- Time to reset when fully wet: 3 days approx. under dry, sunny conditions
- Switch rating: 24 VAC, 3 A
- Freeze sensor shuts system off when temperatures fall below 3Ëš C (Rain/Freeze-Clik model)
- System operating frequency: 433 MHz
- UL listed, FCC approved, suitable for use in Australia, CUL (CSA), CE
- Communication range up to 244 m line of sight (Wireless model)
- Receiver input power: 24 VAC (from controller)
Overview
If the thought of running wires from a controller has kept you from adding rain sensors to your systems, now there’s a hassle-free alternative. The Hunter Wireless Rain-Clik attaches quickly and easily—simply install the receiver unit next to your irrigation controller, then install the transmitter anywhere that the device can receive representative rainfall. No ladders needed to attach to a high outcropping on a building, no messy wires to hide out of view. What also sets a Hunter Rain-Clik apart are features no other rain-sensing device offers. The unique Quick Response feature allows the product to shut off immediately when it starts to rain. And, unlike its competition, Hunter’s sophisticated sensing mechanism cannot be fouled by debris, giving the Wireless Rain-Clik the most highly accurate operation.
Hassle-free, wire-free easy installation
Simple to add on to a new or existing installation
Hunter’s unique Quick Response feature
No need for water to accumulate for shutoff
Rugged construction
Heavy-duty polycarbonate housing and metal extension arm
Set a maximum dry-out period
Adjust the irrigation re-start to account for varying amounts of rain
Operates up to 300 meters from the receiver unit
Typical wired system limitations vanish
Maintenance-free design
With a 10-year battery life there is no need to replace batteries
Built-in bypass switch on receiver panel
Adds flexibility to the system
