NORMA metric female tees for metric poly pipe, with two compression connections and a female BSP threaded outlet on the branch. The main pipe runs through the compression ends, with the threaded outlet at 90 degrees to it.
The NORMA compression design allows pipe insertion without removing the nuts. Blue ends identify the metric connection, and the two-stage seal tightens around the pipe as the nut is tightened.
The BSP thread mates with a matching male BSP thread. Pipe size and thread size describe different parts of the fitting; select each to suit the connection. Follow the manufacturer’s instructions for thread sealing and tightening.
Philmac 3G & EasyLOK metric tees for metric poly pipe, with three compression connections to create a branch in the pipe run. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in water supply and irrigation systems.
The COMT0202020 fitting is suitable for contact with drinking water. WaterMark Register
This stocked range includes 3G and EasyLOK fittings. The individual product pages identify the system supplied, with installation details in the linked guides.
Metric pipe size refers to the pipe’s outside diameter. Match the compression end to that diameter. Rural pipe uses a different sizing system and needs the appropriate rural fitting.
Philmac 3G Compression Metric Technical Manual
Philmac EasyLOK Compression Metric Technical Manual
Philmac Compression Metric Installation Guide
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NORMA metric tees for metric poly pipe, with three compression connections to create a branch in the pipe run.
The NORMA compression design allows pipe insertion without removing the nuts. Blue ends identify the metric connection, and the two-stage seal tightens around the pipe as the nut is tightened.
Metric pipe size refers to the pipe’s outside diameter. Match the compression end to that diameter. Rural pipe uses a different sizing system and needs the appropriate rural fitting.
NORMA metric telescopic repair couplings for metric poly pipe, with an extending body and two compression ends. The extending body bridges a prepared repair gap, reducing the need to bend the existing pipe or open a longer trench.
The NORMA telescopic design uses dual O-rings and blue metric identification ends. Measure the prepared gap against the fitting’s working extension and insertion requirements.
Metric pipe size refers to the pipe’s outside diameter. Match the compression end to that diameter. Rural pipe uses a different sizing system and needs the appropriate rural fitting.
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Philmac Rural female elbows for rural poly pipe, with a compression connection and an internal female BSP thread. The elbow provides a 90-degree change in pipe direction. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
The BSP thread mates with a matching male BSP thread. Pipe size and thread size describe different parts of the fitting; select each to suit the connection. Follow the manufacturer’s instructions for thread sealing and tightening.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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Philmac Rural elbows for rural poly pipe, with two compression connections. The elbow provides a 90-degree change in pipe direction. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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Philmac Rural end caps for rural poly pipe, with a single compression connection to close the end of the pipe. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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Philmac Rural female end connectors for rural poly pipe, with a compression connection and an internal female BSP thread. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
The BSP thread mates with a matching male BSP thread. Pipe size and thread size describe different parts of the fitting; select each to suit the connection. Follow the manufacturer’s instructions for thread sealing and tightening.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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Philmac Rural male end connectors for rural poly pipe, with a compression connection and an external male BSP thread. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
The BSP thread mates with a matching female BSP thread. Pipe size and thread size describe different parts of the fitting; select each to suit the connection. Follow the manufacturer’s instructions for thread sealing and tightening.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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Philmac Rural joiners for rural poly pipe, with two compression connections to join pipe ends in line. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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Philmac Rural female tees for rural poly pipe, with two compression connections and a female BSP threaded outlet on the branch. The main pipe runs through the compression ends, with the threaded outlet at 90 degrees to it. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
The BSP thread mates with a matching male BSP thread. Pipe size and thread size describe different parts of the fitting; select each to suit the connection. Follow the manufacturer’s instructions for thread sealing and tightening.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
Video 1
Philmac Rural tees for rural poly pipe, with three compression connections to create a branch in the pipe run. Tough thermoplastic construction resists impact, UV exposure and corrosion for long service life in farm water supply and irrigation systems.
The Rural connection uses an insert inside the pipe, with a grip ring and nut securing the joint. It can be disconnected and reconnected for alterations or maintenance.
Philmac Compression Rural Product Range
Philmac Compression Rural Brochure and Installation Guide
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NORMA rural telescopic repair couplings for rural poly pipe, with an extending body and two compression ends. The extending body bridges a prepared repair gap, reducing the need to bend the existing pipe or open a longer trench.
The NORMA telescopic design uses dual O-rings and green rural identification ends. Measure the prepared gap against the fitting’s working extension and insertion requirements.
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Concrete grated covers provide surface drainage into compatible tanks, soakwells and access openings. The galvanised square grate can sit flush with the concrete cover or be raised by 40mm or 100mm. These covers have a Class C, 5 tonne wheel load rating.
Match the cover to the tank size and outside diameter, then choose the grate height to suit the surface level. Grate/frame dimensions, clear opening dimensions and approximate weight vary by size and style. Refer to the Specifications tab and the matching flush or raised-cover specification sheet.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete Flush Grated Cover Specifications
Concrete Raised Grate Cover Specifications
Concrete footing rings provide a supporting base section for compatible soakwells and liners. The large central opening allows drainage through the base.
Match the nominal tank size, ring outside diameter and central hole diameter to the soakwell or liner. These rings have an open centre and do not form a sealed base. Thickness and approximate weight vary by size.
For other available hole sizes, please contact us.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete liners form the walls of drainage and silt pits. Internal diameter and height determine the pit size; listed capacities are measured over the full internal height. The interlocking design has a spigot of approximately 30mm in addition to the listed depth.
Piping openings and lifting arrangements vary by liner diameter. The 1050mm liners also have holes for bolt-on step irons. Refer to the Specifications tab for size-specific details.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete 900mm Liner Specification
Concrete 1050mm Liner Specifications
Concrete 1200mm Liner Specifications
Concrete 1500mm Liner Specifications
Concrete 1800mm Liner Specifications
Concrete leach drain modules distribute effluent into a suitable leach drain area as part of an onsite wastewater disposal system. Each non-traffic module is 1200mm long. Its overall dimensions are 850mm wide and 685mm high. The internal width is 630mm.
End sections are sold individually. Order two ends to receive one blank end and one end with an outlet opening. The outlet end has a 120mm hole approximately 90mm from the top; the blank end has no hole. Each end weighs approximately 50kg. See the Specifications tab for dimensions.
Confirm system sizing, site suitability and local council approval requirements before ordering.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete septic tanks with cast-in bases are supplied as individual tanks or selected two-tank sets. The 1200mm tank has a listed capacity of 1269L and the 1500mm tank has a listed capacity of 1970L. Use the stated septic tank capacity when selecting a system; it is not the full-height storage capacity used for soakwells and liners.
Two-tank sets are available with standard non-traffic split covers or Class C split covers rated for a 5 tonne wheel load. Inlet and outlet heights, tank depth and approximate weight depend on the tank and cover selection.
Confirm system sizing, site suitability and local council approval requirements before ordering.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete soakwells collect stormwater and allow it to disperse into the surrounding ground through round or louvre slots. The opening style depends on the soakwell size. Capacity is measured over the full internal height.
The interlocking spigot adds approximately 30mm to the listed depth. Wall thickness and lifting/piping-hole details vary by diameter. Select a compatible cover and base where required, and confirm the soakwell sizing and installation requirements for the site.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete 600mm Soakwell Specifications
Concrete 900mm Soakwell Specifications
Concrete 1200mm Soakwell Specifications
Concrete 1500mm Soakwell Specifications
Concrete 1800mm Soakwell Specifications
One-piece concrete solid covers close the top of compatible concrete tanks and soakwells. Standard covers are suitable for pedestrian use only. Heavy duty covers have a Class D, 8 tonne wheel load rating.
The nominal tank size identifies the tank the cover suits; the outside diameter is the actual width of the cover. Both measurements matter when matching a replacement cover. Cover thickness, lifting-point arrangement and approximate weight vary by size and duty; refer to the Specifications tab and matching specification sheet.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete Standard Cover Specifications
Concrete Heavy Duty Cover Specifications
Concrete septic tank covers close off compatible septic tanks and tank access openings. The two-piece split covers are available in standard non-traffic and heavy duty Class C versions.
Standard covers are 70mm thick and suitable for pedestrian use only. Heavy duty covers are 150mm thick with a Class C, 5 tonne wheel load rating. Choose the cover by the tank size it suits and its outside diameter, then confirm the traffic requirements and tank compatibility.
Cover weights are stated per piece, rather than for the complete two-piece cover. Check the Specifications tab and the matching specification sheet for thickness, lifting points and approximate weight. Suitable lifting equipment and access for unloading are required.
Concrete products are not stored in our Welshpool warehouse and require delivery/collection separate from other items. Delivery within the Perth Metro area is $297 including GST and generally takes up to a week after the order has been processed. During busy periods small orders of only one or two items may not be able to be delivered, and would require collection. Alternatively you may collect items from a separate yard in Maddington, provided you have a suitable vehicle for transport (trayback ute, trailer, or flatbed truck that can be loaded via forklift from above and rated for the required load).
Concrete Standard Septic Cover Specifications
Concrete Heavy Duty Septic Cover Specifications
The Galcon 7101BT Bluetooth Battery Operated Controller with 25mm Valve is a single-station automatic irrigation valve for sites where mains power is unavailable or difficult to access. It is suited to home gardens, drip irrigation, sprinkler systems, flower pots, roof gardens and garden beds.
The 7101BT combines a 25mm solenoid valve with a Bluetooth programming module in one battery-operated unit. It can be installed in an irrigation line or valve box and is IP68 rated for outdoor and in-ground irrigation environments.
Programming can be completed directly at the controller or through the GalconBT app using Bluetooth. Bluetooth control is for nearby setup and operation from a compatible smartphone, not WiFi remote access from anywhere. The controller can be programmed through the valve box lid, reducing the need to open the valve box for normal schedule changes.
The controller supports run times from 1 minute to 12 hours, with up to 4 start times per day. Watering can be set using 7 day programming or an interval from 1 to 30 days, with manual activation, rain off suspension, low battery indication and rain sensor shutdown compatibility.
For cold water outdoor irrigation systems only.
2 Year Galcon Limited Warranty
Galcon 7101BT Blueooth Valve Controller User Manual
Galcon 7101BT Blueooth Valve Controller Specifications
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The Holman Misting Tap Timer is a battery-operated tap timer designed for short-burst misting and cooling applications. It is suited to greenhouses, vertical gardens, GreenWalls™, patios, pots, outdoor plant areas and other misting setups where watering needs to run for short repeated intervals.
Unlike a standard tap timer that simply runs for one longer watering period, this misting timer operates on a cyclical ON/OFF pattern. A start time and stop time set the active watering window, while the ON and OFF durations control how long the misting runs and rests within that window.
The timer allows misting duration to be set in hours, minutes or seconds, making it useful for greenhouse humidity control, plant cooling and regular short-cycle misting. It also includes 7 day scheduling, manual operation, suspend mode, low battery warning and an easy-to-read digital display.
The timer is designed for above-ground cold water irrigation use only, with a 600kPa maximum pressure rating. As with most tap timers, avoid freezing conditions and remove or protect the timer if very cold weather is expected.
2 Year Holman Replacement Guarantee
Hunter Rain-Clik sensors help prevent unnecessary watering by stopping irrigation when rainfall is detected. Wired Rain-Clik sensors connect directly to a compatible irrigation controller, while Wireless Rain-Clik kits use a transmitter and receiver where running sensor cable is less practical.
Both models use Quick Response Technology to trigger rain shutoff without waiting for a set amount of rainfall to accumulate. An adjustable vent ring controls how quickly the sensor dries and resets after rain, allowing the reset period to be shortened or lengthened.
The wired RAIN-CLIK sensor has a mounting arm and 7.5m of cable for connection to the controller. The WR-CLIK wireless kit includes the Wireless Rain/Freeze-Clik Sensor, receiver and gutter mount. The wireless sensor also stops irrigation at approximately 3°C and communicates with the receiver over a line-of-sight distance of up to 243m.
Rain-Clik sensors are compatible with most normally open or normally closed irrigation controllers. Mount the sensor where it receives unobstructed rainfall and is clear of sprinkler spray. The wireless sensor has a sealed, maintenance-free battery, and kits are supplied with the transmitter and receiver paired.
5 Year Hunter Warranty
Hunter Rain-Clik Sensor Brochure
Hunter Sensor Product Range & Controller Compatibility Guide
Hunter Wireless Rain-Clik Sensor User Manual
Hunter Rain-Clik Sensor Specifications
Irritrol Kwik Dial-II outdoor corded controllers provide straightforward irrigation control with a durable outdoor cabinet and flexible scheduling. Available in 4, 6 and 9 station models, the range suits reticulation and landscape watering systems that need dependable local programming without unnecessary complexity.
Kwik Dial-II controllers combine simple dial-and-button operation with practical scheduling features, including 3 independent programs, 3 start times per program and station run times up to 4 hours. Watering can be scheduled by days of the week, odd/even dates or repeating day intervals, giving flexibility for different lawn, garden and drip irrigation areas.
The outdoor models include a weather-resistant plastic case with internal transformer and provision for a padlock. Built-in surge protection, self-diagnostic electronic circuit breaker protection and 24-hour memory backup help protect the controller and maintain programming through short power interruptions.
The Kwik Dial-II range is rain sensor ready, remote control ready and compatible with optional Irritrol Climate Logic where weather-based adjustment is required. It also includes manual operation, semi-automatic operation, test mode, water budgeting and programmable Rain Off delay.
Available in 4, 6 and 9 station outdoor corded models.
5 Year Irritrol Warranty
Irritrol Kwik Dial II Controller Brochure
Irritrol Kwik Dial II Controller User Manual
Irritrol Rain Dial outdoor corded controllers are proven irrigation controllers for long-term reticulation and landscape watering systems. Available in 6, 9 and 12 station models, the Rain Dial range is suited to customers who want a durable, reliable controller with straightforward local programming rather than a basic entry-level timer.
Rain Dial controllers are built around a weather-resistant outdoor key-lock cabinet with an internal transformer, electrical surge protection and self-diagnostic circuit protection. The removable control module also allows convenient programming or service access without disturbing the field wiring.
Each controller supports 3 independent programs with 3 start times per program, making it suitable for sites with different watering requirements across lawns, gardens, drip areas or separate irrigation zones. Watering can be scheduled by day of the week, skip day interval or odd/even date watering, with water budgeting available for seasonal run time adjustment.
The Rain Dial range is rain sensor ready, remote control ready and compatible with optional Climate Logic and SMRT Logic accessories where required. It also includes master valve / pump start control, station testing, manual watering, semi-automatic operation and delay between stations for well recovery or slow-closing valves.
Available in 6, 9 and 12 station outdoor corded models.
5 Year Irritrol Warranty
Irritrol Rain Dial Controller Brochure
Irritrol Rain Dial Controller User Manual
Irritrol Rain Dial Controller Quick Reference Card
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Irritrol Rain Dial replacement panels are replacement control modules for compatible Rain Dial irrigation controllers. They are available in 6, 9 and 12 station versions to match the station capacity of the existing Rain Dial controller.
Rain Dial controllers use a removable control module design, allowing the front control panel to be replaced without replacing the full controller cabinet and field wiring assembly. This makes the replacement panel a practical repair option where the existing cabinet, transformer and wiring base are still suitable for use.
The correct replacement panel must be selected by matching the station count of the existing controller. A 6 station controller should be matched with a 6 station replacement panel, a 9 station controller with a 9 station panel, and a 12 station controller with a 12 station panel.
These replacement panels are not complete irrigation controllers and should not be confused with station expansion modules. They are replacement control panels only and must be fitted to a compatible Rain Dial controller assembly.
Available in 6, 9 and 12 station replacement panel models.
5 Year Irritrol Warranty
Irritrol Rain Dial Controller Brochure
Irritrol Rain Dial Controller User Manual
Irritrol Rain Dial Controller Quick Reference Card
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Orbit Easy Set Logic indoor/outdoor controllers provide simple, practical irrigation control for home watering systems. Available in 4, 6 and 12 station models, the range is suited to standard 24VAC sprinkler systems where customers want straightforward programming without WiFi or app setup.
The Easy Set Logic interface uses a large dial, clear LCD display and dedicated programming buttons to make everyday controller setup easier. Each controller supports 3 independent programs, up to 4 start times per program and station run times from 1 to 240 minutes, giving flexibility for lawns, gardens, drip irrigation and new planting areas.
The controller includes selectable 7 day watering, interval watering, odd/even day watering, water budgeting, manual watering by program or station and rain delay for 24, 48 or 72 hours. Start time stacking helps prevent overlapping watering cycles.
These indoor/outdoor models include a heavy-duty UV and water-resistant cabinet, swing door wiring access, rain sensor input with bypass switch, pump/master valve terminal, non-volatile memory, replaceable CR2032 lithium battery backup and auto-reset circuit breaker with no fuses.
3 Year Orbit Limited Warranty
Orbit Easy Set Logic Controller Quick Start Guide
Orbit Easy Set Logic Controller User Manual
Orbit Easy Set Logic Controller Specifications
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Rain Bird ESP-ME Station Expansion Modules add conventional station outputs to compatible ESP-ME3 and ESP-Me modular irrigation controllers. Each output controls a separate watering zone through the controller. The range includes 3- and 6-station modules. These are expansion accessories, not complete controllers.
Check that the existing controller is a compatible ESP-ME3 or ESP-Me and has an available expansion bay before ordering.
The module slides into an available compatible bay and is secured with its locking lever. The controller supplies power to the module. Follow the controller’s installation guide for fitting.
The ESP-ME3 includes four base stations and has three expansion bays. Each bay accepts a compatible 3- or 6-station module. For straightforward station sequencing, Rain Bird recommends placing 6-station modules before any 3-station module. Each expansion bay can accept either module size. The table shows recommended layouts from left to right.
Recommended ESP-ME3 module layouts
Bay 1 contains the supplied four-station base (stations 1–4). The table shows recommended module layouts in Bays 2, 3 and 4, from left to right. Modules are purchased separately.
| Total stations | Bay 2 Stations 5–10 |
Bay 3 Stations 11–16 |
Bay 4 Stations 17–22 |
|---|---|---|---|
| 4 | None | None | None |
| 7 | 3-station | None | None |
| 10 | 6-station | None | None |
| 13 | 6-station | 3-station | None |
| 16 | 6-station | 6-station | None |
| 19 | 6-station | 6-station | 3-station |
| 22 | 6-station | 6-station | 6-station |
A 6-station module uses all six station numbers assigned to its bay. A 3-station module uses only the first three: 5–7 in Bay 2, 11–13 in Bay 3, or 17–19 in Bay 4. The remaining numbers in that bay are skipped.
LNK2 is available separately for Rain Bird app connectivity on compatible controllers.
3 Year Rain Bird Trade Warranty.
Compatible ESP-ME3 controller and installation documents
Rain Bird ESP-ME3 Controller 230V Installation and Programming Guide
Rain Bird ESP-ME3 Controller Brochure
Rain Bird ESP-ME3 Controller Specifications
Rain Bird ESP-ME3 Controller Quick Reference
Separate LNK2 Wi-Fi module
Rain Bird LNK2 Wi-Fi Module Brochure
Rain Bird LNK2 Wi-Fi Module User Guide
Rain Bird LNK2 Wi-Fi Module Specifications
Rain Bird LNK2 Amazon Alexa Integration Guide
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Rain Bird ESP-TM2 Outdoor Controllers provide local dial and button programming for residential garden reticulation and light commercial irrigation. The range includes fixed 4, 6, 8 and 12 station models. Each has a separate master-valve / pump-start circuit.
The ESP-TM2 provides 3 independent programs with 4 start times per program and station run times from 1 minute to 6 hours. Choose days of the week, odd/even calendar dates or a watering interval from 1 to 30 days. Station capacity is fixed, so choose the model for the number of zones required.
Add the optional LNK2 Wi-Fi module for Rain Bird app control, remote access and automatic weather-based seasonal adjustment. A suitable 2.4GHz Wi-Fi network and internet connection are required for online functions. The controller can still be programmed locally using its dial and buttons. LNK2 is sold separately.
Bluetooth assists LNK2 setup. For nearby app access without a site internet connection, connect to the module’s Wi-Fi hotspot. This local connection is separate from remote access when away from the property.
Seasonal adjustment changes station run times by percentage, either across all programs or for an individual program. Delay Watering can suspend eligible scheduled watering for up to 14 days. Permanent Days Off can exclude selected weekdays from odd/even or cyclic schedules.
A compatible rain or rain/freeze sensor can stop scheduled watering. Sensor bypass is available globally or by station. Delay Watering also follows the station’s sensor-bypass setting, so stations set to ignore the sensor can continue watering during a delay.
Manual watering can run a station, a program or a test of all stations. The controller supports one 24VAC irrigation solenoid per station plus a master valve or pump-start relay. The master-valve output can be enabled or disabled by station, and an adjustable delay between stations provides further control.
The outdoor cabinet is weather-resistant and rated IP24. A backlit LCD assists local programming. Automatic short detection reports the affected station. Non-volatile memory retains the schedule, an internal lithium battery maintains the clock during outages, and Contractor Default lets you save and restore a schedule backup. AC power is required to operate the valves.
3 Year Rain Bird Trade Warranty.
Controller documents
Rain Bird ESP-TM2 Controller Brochure
Rain Bird ESP-TM2 Controller User Manual
Rain Bird ESP-TM2 Controller Specifications
Optional LNK2 Wi-Fi module
Rain Bird LNK2 Wi-Fi Module Brochure
Rain Bird LNK2 Wi-Fi Module User Guide
Rain Bird LNK2 Wi-Fi Module Specifications
Rain Bird LNK2 Amazon Alexa Integration Guide
How watering programs work
The ESP-TM2 has three separate watering programs, labelled A, B and C. Each program is its own schedule, with separate watering days, start times and station run times.
Each station controls a watering zone, such as a lawn or garden bed. Within each program, choose which stations will water and set how long each runs. Run times range from 1 minute to 6 hours.
Each program allows up to four start times on its selected watering days. One start time begins the whole program. The controller waters its stations one after another for their set run times.
For example, Program A could start at 6am, water the lawn for 10 minutes, then water a garden bed for 5 minutes. That needs one start time. Add another start time to repeat the same sequence later that day. Programs B and C can have different schedules. Use only the programs and start times you need.
Avoiding common programming mistakes
- Avoid unintended repeat cycles. One start time runs the whole program. Each extra start repeats it. Turn unused start times OFF.
- Check all programs. A station included in more than one active program can water again under each schedule. Use multiple programs for the same station only when that extra watering is intended.
- Allow time for the whole watering cycle. Overlapping start times are queued rather than running stations together. A later cycle can therefore finish later than expected. Allow for every station, seasonal adjustment and any delay between stations when spacing starts.
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The Rain Bird LNK2 Wi-Fi Module adds Rain Bird app control to compatible irrigation controllers. Use the app to change watering schedules, start manual watering, view upcoming irrigation and manage weather-based seasonal adjustment.
LNK2 plugs directly into the controller accessory port. It is compatible with ESP-TM2, ESP-ME3, ESP-RZXe, ESP-LXME2 and ESP-LXIVM controllers, plus Wi-Fi-ready ESP-Me controllers. Check the controller’s LNK Ready / Wi-Fi symbol and model before ordering.
For remote access and automatic weather-based adjustment, connect LNK2 to a suitable 2.4GHz Wi-Fi network with internet access. A 5GHz-only network is not supported. Online weather information adjusts watering duration through seasonal adjustment.
Bluetooth assists setup. For nearby app access without site internet, connect the phone to the module’s Wi-Fi hotspot.
Station capacity, programming options, sensor inputs and flow monitoring depend on the connected controller.
Supported smart-home services can provide voice control where available. Follow the service and app setup instructions for the connected controller.
3 Year Rain Bird Trade Warranty.
LNK2 module documents
Rain Bird LNK2 Wi-Fi Module Brochure
Rain Bird LNK2 Wi-Fi Module User Guide
Rain Bird LNK2 Wi-Fi Module Specifications
Compatible controller specifications
Rain Bird ESP-TM2 Controller Specifications
Rain Bird ESP-ME3 Controller Specifications
LNK2 Amazon Alexa integration
Rain Bird LNK2 Amazon Alexa Integration Guide
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The Rain Bird RC2 8 Station Outdoor WiFi Controller is a fixed-station smart irrigation controller for residential and light commercial watering systems. It has built-in WiFi and is designed to be set up and programmed through the Rain Bird 2.0 App.
This 8 station controller supports 3 independent programs with 4 start times per program, allowing different areas of the landscape to be watered on suitable schedules. Station run times can be set from 1 minute to 6 hours, with watering options including custom days, odd or even calendar days and cyclic watering.
The RC2 includes smart watering features through the Rain Bird app, including automatic seasonal adjustment, predictive rain delay, Cycle & Soak™ by station, manual watering, program templates and remote access when connected to WiFi. It can also be programmed through the app in AP Hotspot mode when site WiFi is not available.
The controller includes a rain / freeze sensor input, master valve circuit, electronic short detection and simple local control buttons for Auto, Off, Manual Watering and Next Zone. It is WaterSense certified out of the box and does not require a separate LNK WiFi module.
3 Year Rain Bird Trade Warranty
Rain Bird RC2 Brochure
Rain Bird RC2 User Manual
Rain Bird RC2 Wi-Fi Troubleshooting Guide
Rain Bird RC2 Specifications
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The Davey 5165H uses a Honda GX200 petrol engine and a single impeller for clean-water firefighting, irrigation and rural water transfer. It delivers up to 468L/min at 1.5m total suction lift, with head near shut-off of approximately 60m. These figures describe separate operating conditions. Actual flow depends on suction lift, delivery height and pipe resistance. Refer to the performance curve to assess expected flow.
The 40mm (1 1/2") BSP male inlet connects to a reinforced suction hose. Four male BSP outlets, two 40mm (1 1/2") and two 25mm (1"), allow different discharge-hose connections. Use clean, non-abrasive water and fit a strainer at the suction inlet.
The single-stage design suits water transfer where a useful flow rate and delivery pressure are both needed. The 196cc Honda GX200 overhead-valve engine has recoil starting and low-oil protection. A roll frame supports the pump and engine during transport and operation.
Fill the pump casing with water before starting, even when using its self-priming function. Position the pump level and close to the water source, with airtight suction connections. Maintain water flow while running and do not operate against closed outlets.
For extended irrigation or tank-filling operation, reduce engine speed to around 3000rpm, approximately three-quarter throttle. Prolonged full-throttle operation can shorten engine life.
Marine-grade aluminium pump components have a polyester coating for corrosion resistance. A carbon/ceramic mechanical seal and floating impeller neckrings support efficient operation. The clamped impeller construction allows access for clearing a blockage.
The pump wet end has a three-year warranty for eligible purchases from 1 July 2025, extendable to five years when serviced between the start of Year 2 and end of Year 3 by a registered Davey Service Agent, with proof of service. The Honda GX engine has a separate three-year manufacturer warranty, subject to its conditions.
Davey Single Stage Firefighter Specifications
Davey Firefighter Installation & Operation Extract
The Davey 5265H uses a Honda GX200 petrol engine and two impellers for clean-water firefighting, irrigation and rural water transfer. It delivers up to 350L/min at 1.5m total suction lift, with head near shut-off of approximately 100m. These figures describe separate operating conditions. Actual flow depends on suction lift, delivery height and pipe resistance. Refer to the performance curve to assess expected flow.
The 40mm (1 1/2") BSP male inlet connects to a reinforced suction hose. Four male BSP outlets, two 40mm (1 1/2") and two 25mm (1"), allow different discharge-hose connections. Use clean, non-abrasive water and fit a strainer at the suction inlet.
The twin-stage design uses two impellers to develop higher pressure for longer hose runs and elevated discharge points. The 196cc Honda GX200 overhead-valve engine has recoil starting and low-oil protection. A roll frame supports the pump and engine during transport and operation.
Fill the pump casing with water before starting, even when using its self-priming function. Position the pump level and close to the water source, with airtight suction connections. Maintain water flow while running and do not operate against closed outlets.
For extended irrigation or tank-filling operation, reduce engine speed to around 3000rpm, approximately three-quarter throttle. Prolonged full-throttle operation can shorten engine life.
Marine-grade aluminium pump components have a polyester coating for corrosion resistance. A carbon/ceramic mechanical seal and floating impeller neckrings support efficient operation. The clamped impeller construction allows access for clearing a blockage.
The pump wet end has a three-year warranty for eligible purchases from 1 July 2025, extendable to five years when serviced between the start of Year 2 and end of Year 3 by a registered Davey Service Agent, with proof of service. The Honda GX engine has a separate three-year manufacturer warranty, subject to its conditions.
Davey Twin Stage Firefighter Specifications
Davey Firefighter Installation & Operation Extract
The Davey D15VA pumps clean or grey water from sumps, drainage pits and water-transfer systems, with a maximum flow of 140L/min and maximum head of 7m. Actual flow depends on lift and pipe resistance; refer to the performance curve to assess expected flow. It can also handle septic effluent and light waste streams within its fluid and solids limits. The fitted float switch turns the pump on as the water rises and off as the level falls. Performance is 100L/min at approximately 3.9m head.
The discharge connection is 32mm (1 1/4") BSP female thread. A semi-vortex, open impeller moves water containing small soft solids. A recirculation port agitates soft material in the sump to help it pass through the pump. The D15VA handles soft solids up to 20mm diameter and suits neutral-pH water containing up to 10% small soft solids or 1% fine solids.
The 150W motor operates on a 220-240V single-phase, 50Hz supply and has automatic-reset thermal overload protection. A 10m oil-resistant lead and 3-pin plug are supplied.
For the supplied 10m lead, maximum installation submergence is 7m. Install the pump upright on a firm base, clear of settled silt, and allow the float switch to move freely. Lift it by the handle using a rope, rather than the power cable. Do not run it dry or use it for abrasive sand, grit, stones or pool and spa circulation.
The polycarbonate impeller and glass-filled polycarbonate pump casing are paired with a 304 stainless steel motor shell, shaft, handle and fasteners. A single silicon carbide/ceramic mechanical seal operates in an oil bath, with a sand-slinger lip seal providing additional protection.
The D15VA carries a two-year Davey warranty, subject to the manufacturer's conditions.
Davey D15VA Submersible Pump Specifications
Davey Sump Pumps Installation & Operating Instructions
Davey DC10A and DC10M pumps handle clean-water sump emptying, water transfer and emergency flood relief, with a maximum flow of 80L/min and maximum total head of 6m. Actual flow depends on lift and pipe resistance; refer to the performance curve to assess expected flow. They also suit domestic fountains and waterfalls that are not used for fish or aquaculture. The DC10A has a preset-length float switch for automatic water-level control. The DC10M is supplied without a float switch and needs manual switching or a separately installed level controller. Performance is 40L/min at approximately 3.5m head.
Both models have a 25mm (1") BSP male thread outlet and can pump neutral-pH clean water containing up to 10% small soft organic solids below 4mm diameter. They are not intended for sewage, abrasive sand or grit, fishponds or aquaculture.
The 100W motor operates on 220-240V single-phase, 50Hz power and has automatic-reset thermal overload protection. Both models have a 10m oil-resistant lead with a 3-pin plug.
For a 10m lead, use a maximum installation submergence of 7m. Position the pump upright on a firm base, clear of silt, and use a rope attached to the handle for lifting. Allow the DC10A float to move freely. Switch the DC10M off when the water level falls to the top of the pump housing, unless a suitable external level controller performs this function.
The double casing directs pumped water around the motor shell before it leaves the outlet, providing cooling when the pump is only partially submerged. This makes the pumps useful in shallow pits where the water level falls below the top of the motor during pumping. The pump must still have water available at the inlet and must not run dry.
An ABS outer casing, strainer and handle surround a 304 stainless steel motor shell. The pump casing is glass-filled ABS and the impeller is polycarbonate. A silicon carbide/ceramic mechanical shaft seal operates in a captive oil bath, with an oil seal and sand-slinger lip seal providing additional protection.
The DC10A and DC10M carry a two-year Davey warranty, subject to the manufacturer conditions.
Davey DC10 Submersible Pump Specifications
Davey Sump Pumps Installation & Operating Instructions
The Davey Dynaflo 6220-3 is a three phase single stage centrifugal transfer pump designed for water supply, water transfer, tank filling, sprinkler supply and garden reticulation. It delivers flow rates up to 360 LPM with a maximum total head of 38.7m. Flow decreases as head increases.
Inlet: 2" BSP female thread. Outlet: 1 1/2" BSP female thread.
Water temperature: 1°C to 50°C.
Maximum suction head is 7m. Suction head includes the height from the water level to the pump plus losses through the suction pipe and fittings, so 7m is not simply the permitted bore depth. Position the pump close to the water source and select pipework to limit those losses.
The casing can withstand approximately 1030 kPa, equivalent to 105m of water head. This is the casing pressure limit; the pump’s delivered flow and head are given by its performance curve.
Before starting, fill the pump body and suction pipe with water through the priming opening. For suction lift installations, use a suitable foot valve to help stop that water draining back when the pump stops. Seal suction connections carefully, since air entering the line can prevent the pump from drawing water.
The cast iron casing has a baked polyester finish inside and outside. The impeller is glass-filled polycarbonate, with a 304 stainless steel shaft and a ceramic/carbon mechanical seal with nitrile rubber elastomer.
The three-phase motor is rated IP56. Electrical connection must be completed by an authorised electrician, using a suitable contactor and overload protection.
Mount the pump on a firm base, support the pipework and provide weather protection with adequate motor ventilation. Where water could run back through the pump after stopping, such as when filling an elevated tank, fit a non-return valve at the outlet.
Davey 2 Year Warranty.
Davey 6220-3 Specifications
Davey 6220-3 Installation & User Manual
Davey HP45-05T and HP65-06T twin-stage pressure pumps provide automatic clean-water supply for household use, irrigation, water transfer and washing systems. Their Torrium2 controllers start and stop the pumps as water is used.
Both pumps use a 1 1/4" BSP female inlet and deliver through a 1" BSP male Torrium2 outlet.
They handle clean, non-volatile liquids without fibres or solids at water temperatures from 1°C to 50°C.
Torrium2 starts the pump when water use causes pressure to fall, keeps it running while water is being used, and stops it when flow falls below about 1LPM. When a tap closes, flow falls and the pump builds pressure before stopping. The controller remembers that pressure and normally restarts after it falls by about 20%. At very low demand, such as a leaking cistern, it can allow a larger pressure drop so the pump starts less often.
The two-stage pump design uses a 304 stainless steel casing and backplate, glass-filled Noryl stage body and glass-filled polycarbonate impellers. The motor shell is marine-grade aluminium with a baked polyester finish.
Loss-of-prime protection stops the pump when it cannot maintain prime, with automatic retry. This is not a water-tank level sensor. The controller also provides high-water-temperature and excessive-current cut-outs. The motor has its own automatic-reset thermal overload protection.
Install horizontally on a firm base in a ventilated, weather-protected position with drainage. Fill the pump casing and suction line with water before starting. Suction-lift installations require a foot valve to retain prime. The maximum suction lift is 6m. Actual performance depends on the suction pipework and installation.
Each complete pressure system has a 450 kPa maximum system pressure limit and uses a 220-240V single-phase, 50Hz supply.
Two-year Davey warranty, subject to its terms.
Davey HP45-05T & HP65-06T Specifications
Davey Torrium2 Controller Specifications
Davey Torrium2 Installation & Operating Instructions
The Davey 5155H uses a Honda GX160 petrol engine and a single impeller for clean-water firefighting, irrigation and rural water transfer. It delivers up to 431L/min at 1.5m total suction lift, with head near shut-off of approximately 60m. These figures describe separate operating conditions. Actual flow depends on suction lift, delivery height and pipe resistance. Refer to the performance curve to assess expected flow.
The 40mm (1 1/2") BSP male inlet connects to a reinforced suction hose. Four male BSP outlets, two 40mm (1 1/2") and two 25mm (1"), allow different discharge-hose connections. Use clean, non-abrasive water and fit a strainer at the suction inlet.
The single-stage design suits water transfer where a useful flow rate and delivery pressure are both needed. The 163cc Honda GX160 overhead-valve engine has recoil starting and low-oil protection. A roll frame supports the pump and engine during transport and operation.
Fill the pump casing with water before starting, even when using its self-priming function. Position the pump level and close to the water source, with airtight suction connections. Maintain water flow while running and do not operate against closed outlets.
For extended irrigation or tank-filling operation, reduce engine speed to around 3000rpm, approximately three-quarter throttle. Prolonged full-throttle operation can shorten engine life.
Marine-grade aluminium pump components have a polyester coating for corrosion resistance. A carbon/ceramic mechanical seal and floating impeller neckrings support efficient operation. The clamped impeller construction allows access for clearing a blockage.
The pump wet end has a three-year warranty for eligible purchases from 1 July 2025, extendable to five years when serviced between the start of Year 2 and end of Year 3 by a registered Davey Service Agent, with proof of service. The Honda GX engine has a separate three-year manufacturer warranty, subject to its conditions.
Davey Single Stage Firefighter Specifications
Davey Firefighter Installation & Operation Extract
The Davey 5255H uses a Honda GX160 petrol engine and two impellers for clean-water firefighting, irrigation and rural water transfer. It delivers up to 330L/min at 1.5m total suction lift, with head near shut-off of approximately 90m. These figures describe separate operating conditions. Actual flow depends on suction lift, delivery height and pipe resistance. Refer to the performance curve to assess expected flow.
The 40mm (1 1/2") BSP male inlet connects to a reinforced suction hose. Four male BSP outlets, two 40mm (1 1/2") and two 25mm (1"), allow different discharge-hose connections. Use clean, non-abrasive water and fit a strainer at the suction inlet.
The twin-stage design uses two impellers to develop higher pressure for longer hose runs and elevated discharge points. The 163cc Honda GX160 overhead-valve engine has recoil starting and low-oil protection. A roll frame supports the pump and engine during transport and operation.
Fill the pump casing with water before starting, even when using its self-priming function. Position the pump level and close to the water source, with airtight suction connections. Maintain water flow while running and do not operate against closed outlets.
For extended irrigation or tank-filling operation, reduce engine speed to around 3000rpm, approximately three-quarter throttle. Prolonged full-throttle operation can shorten engine life.
Marine-grade aluminium pump components have a polyester coating for corrosion resistance. A carbon/ceramic mechanical seal and floating impeller neckrings support efficient operation. The clamped impeller construction allows access for clearing a blockage.
The pump wet end has a three-year warranty for eligible purchases from 1 July 2025, extendable to five years when serviced between the start of Year 2 and end of Year 3 by a registered Davey Service Agent, with proof of service. The Honda GX engine has a separate three-year manufacturer warranty, subject to its conditions.
Davey Twin Stage Firefighter Specifications
Davey Firefighter Installation & Operation Extract
Davey Supercell F composite pressure tanks hold a reserve of water under pressure for household, farm and industrial water systems. A flexible rubber diaphragm separates the water from compressed air, which pushes water out when a tap opens. This reserve allows smaller amounts of water to be used without starting the pump each time. Fewer starts reduce wear from repeated starting and stopping, helping extend pump life, and can reduce electricity use and running costs. The fibreglass shell and non-metal water-contact components resist corrosion, making this range useful in coastal and humid locations. The free-standing tank sits upright on its own base.
24060F: 60L; 1" BSP male thread; free standing.
24080F: 80L; 1" BSP male thread; free standing.
24100F: 100L; 1" BSP male thread; free standing.
24130F: 130L; 1" BSP male thread; free standing.
24200F: 200L; 1 1/4" BSP male thread; free standing.
24250F: 250L; 1 1/4" BSP male thread; free standing.
Nominal tank capacity is the vessel size, not the amount of water available between pump starts. Usable draw-off depends on the start and stop pressures and the air charge. At pump start/stop pressures of 200–400 kPa, these tanks provide roughly 38% of their nominal volume between starts. Other pressure settings and control types give different results.
The tank has a continuous-strand fibreglass outer shell sealed with epoxy resin, a polypropylene inner shell and a virgin copolymer polypropylene liner. A butyl-rubber diaphragm separates the air and water, and the water connection is reinforced plastic. The non-metal water-contact components avoid corrosion of metal wetted parts. The diaphragm and liner are suitable for potable-water applications.
Maximum working pressure is 860 kPa. Water temperature must remain between 1°C and 50°C. Protect the tank and connected pipework from freezing.
Install upright on a firm base in a covered, dry position with drainage and access for servicing. The water connection is at the bottom of the tank and faces horizontally. Do not overtighten the plastic connection.
Set the air charge to suit the pump controls and system pressures. Pressure-switch, electronic and variable-speed systems can require different settings; follow the tank and pump/controller instructions. Release all water pressure before checking or adjusting the air charge.
Five-year Davey warranty, subject to its terms.
Davey Supercell F Specifications & Draw-off Table
Davey Supercell F Installation & Operating Instructions
Davey Supercell P steel pressure tanks hold a reserve of water under pressure for household, farm and other water-pressure systems. A flexible rubber diaphragm separates the water from compressed air, which pushes water out when a tap opens. This reserve allows smaller amounts of water to be used without starting the pump each time. Fewer starts reduce wear from repeated starting and stopping, helping extend pump life, and can reduce electricity use and running costs. Pipe-mounted tanks connect vertically to the pump delivery pipework and need suitable support. Free-standing tanks sit upright on their own base, with an inlet elbow for horizontal pipework.
24008P: 8L. Pipe mounted; 1" BSP male thread.
24018P: 18L. Pipe mounted; 1" BSP male thread.
24040P: 40L. Pipe mounted; 1" BSP male thread.
24060P: 60L. Free standing; 1" BSP female thread.
24100P: 100L. Free standing; 1" BSP female thread.
Nominal tank volume is the vessel size, not the amount of water available between pump starts. Usable draw-off depends on the pump’s start and stop pressures and the tank air charge. At pump start/stop pressures of 200–400 kPa, usable water draw-off is roughly 40% of nominal tank volume. Other pressure settings and control types give different results.
The steel shell has an epoxy primer and two-part polyurethane enamel finish for corrosion and UV resistance. Inside, a butyl-rubber diaphragm and virgin polypropylene liner keep the water separated from the air cushion and steel shell. The water connection is stainless steel.
The diaphragm and liner are suitable for potable-water applications. Other uses include rainwater and booster systems, irrigation, water-hammer control and suitably designed hydronic expansion or mains-water toilet-flushing systems. Select the tank and controls for the application.
Maximum working pressure is 1000 kPa and maximum water temperature is 90°C. Protect the tank and connected pipework from freezing.
Set the air charge to suit the pump controls and system pressures. Pressure-switch, electronic and variable-speed systems can require different settings. Follow the tank and pump/controller instructions.
Install vertically in a covered, dry position with drainage and access for servicing. Pipe-mounted models need suitable support. Free-standing models need a firm base. The 60L and 100L tanks have stainless steel inlet elbows for horizontal pipework. Release the water pressure before checking or adjusting the air charge.
Five-year Davey warranty, subject to its terms.
Davey Supercell P Specifications & Draw-off Table
Davey Supercell Pressure Tank Installation & Operating Instructions
The Davey ProMaster PM400BT is a variable-speed, water-cooled pool pump with Bluetooth smartphone control and a selectable speed dial. It suits filtration, in-floor cleaning and pool heating systems, with a large 4.5L leaf basket and connections for external pool controls.
The speed can be adjusted from 1050 to 3100rpm using the dial or Bluetooth control. Lower speeds reduce energy use where they still provide the flow required by the filter, cleaner, chlorinator and heating equipment. The PM400BT application guide lists pools up to 140,000 litres; select the speed and operating time for the actual system.
Inlet: 50mm PVC connection.
Outlet: 50mm PVC connection.
The integrated variable-speed drive and Bluetooth connection support control and speed schedules through the Davey Pool Pump app for iOS and Android. A 3m power lead is included.
Programmable boost cycling improves surface skimming and supports in-floor cleaning. Flow/speed compensation helps respond as filter resistance increases. The weatherproof RJ45 port provides a connection for speed adjustment from compatible external pool controllers, gas heaters or heat pumps.
The backwash mode alternates selected low and high speeds to agitate filter media, with a two-minute automatic shutoff to limit accidental draining. Loss-of-prime protection helps protect the pump when water is lost, and a multicoloured LED indicates operating conditions and warnings.
The water-cooled motor is rated down to 50dBA, depending on operating speed. The 4.5L leaf basket provides capacity between cleanings, and a drain plug assists with draining and maintenance. The water circuit is double insulated and has an equipotential bonding point.
The pump uses a 220–240V, 50/60Hz supply. Electrical input varies with speed: 126W at dial 1, 728W at dial 5 and 1639W at dial 10. Maximum water temperature is 40°C and maximum ambient temperature is 50°C.
Three-year Davey warranty, subject to its terms.
Davey ProMaster PM400BT Specifications
Davey ProMaster PM400BT Installation & Operating Instructions
The Davey Silensor SLS200 is a single-speed, water-cooled pump for pool filtration, automatic pool cleaning, backwashing, water features and spa jets. It also suits solar, gas and heat-pump pool heating, with a quiet motor design and built-in dry-run and mechanical-seal protection.
The motor has an electrical input of 1.09kW and a shaft output of 0.775kW. Use the SLS200 hydraulic curve to check the flow available against the resistance of the pool pipework, filter, cleaner and heating equipment.
Inlet: 40mm PVC connection.
Outlet: 40mm PVC connection.
Quick-coupling barrel unions assist with installation and removal. The SLS layout suits retrofit applications; check the dimension drawing and pipework before choosing a replacement. A 3m power lead is included.
The water-cooled motor reduces transmitted noise and vibration, with a published sound level of 54–56dBA. It does not require air ventilation for motor cooling, giving more flexibility in positioning.
Built-in dry-run protection helps minimise pump damage if water is lost, and mechanical-seal protection supports service life. These protections do not remove the need to maintain the pump and water supply.
Corrosion-resistant and UV-resistant polypropylene components, a 316 stainless steel shaft and an epoxy-protected motor shell suit outdoor poolside conditions. The water circuit is double insulated and has an equipotential bonding point. ABS barrel unions and a drain plug assist with servicing.
The pump uses a 220–240V, 50Hz supply and has an IP56 motor enclosure. Maximum water temperature and ambient temperature are both 40°C.
Three-year Davey warranty, subject to its terms.
Davey Silensor SLS200 Specifications
Davey Silensor Installation & Operating Instructions
The Davey Boremaster 60061R is a single phase single stage centrifugal transfer pump designed for shallow well applications, garden reticulation and general water transfer. It delivers flow rates up to 315 LPM with a maximum total head of 31.6m. Flow decreases as head increases.
Inlet: 1 1/2" BSP female thread. Outlet: 1 1/4" BSP female thread.
Water temperature: 1°C to 50°C for continuous operation, with a 70°C peak for up to 10 minutes.
Maximum suction head is 7m. Suction head includes the height from the water level to the pump plus losses through the suction pipe and fittings, so 7m is not simply the permitted bore depth. Position the pump close to the water source and select pipework to limit those losses.
The casing can withstand approximately 490 kPa, equivalent to 50m of water head. This is the casing pressure limit; the pump’s delivered flow and head are given by its performance curve.
Before starting, fill the pump body and suction pipe with water through the priming opening. For suction lift installations, use a suitable foot valve to help stop that water draining back when the pump stops. Seal suction connections carefully, since air entering the line can prevent the pump from drawing water.
The glass-filled Noryl casing has metal hoop reinforcement around the inlet and outlet. The impeller is glass-filled polycarbonate, with a 304 stainless steel shaft and a ceramic/carbon mechanical seal with nitrile rubber elastomer.
The single-phase motor is rated IP56 and includes thermal overload protection with automatic reset. A 2m power lead with an Australian 10A three-pin plug is included.
Mount the pump on a firm base, support the pipework and provide weather protection with adequate motor ventilation. Where water could run back through the pump after stopping, such as when filling an elevated tank, fit a non-return valve at the outlet.
Davey 2 Year Warranty.
Davey 60061R Specifications
Davey 60061R Installation & User Manual
The Davey StarFlo DSF300 is a single-speed pool circulation pump for filtration, sanitising systems and solar heating. Its multi-fit design and 40mm and 50mm barrel unions suit replacement installations, in-ground and above-ground pools, large swim spas and plunge pools.
The motor has an electrical input of 1.1kW and a shaft output of 0.75kW. Available flow depends on the system head, pipework, filter condition and connected equipment; use the DSF300 performance curve to select the operating point.
Inlet: 40mm and 50mm PVC barrel-union connections.
Outlet: 40mm and 50mm PVC barrel-union connections.
The included barrel unions and multi-fit design help with replacement installations. Check the dimension drawing and existing pipework before choosing a replacement. A 3m power lead with an Australian 10amp three-pin plug is included.
The corrosion-resistant, UV-resistant construction includes a Noryl impeller, 316 stainless steel motor shaft and silicon carbide/Viton mechanical seal. The totally enclosed motor has self-resetting thermal overload protection. The water circuit is double insulated and has an equipotential bonding point.
A removable clear strainer lid provides basket access, and drain plugs allow water to be drained for maintenance. The pump is serviceable.
The pump uses a 220–240V single-phase, 50Hz supply. Maximum water temperature is 40°C and maximum ambient temperature is 50°C. Sound level is 62dBA at 1m.
Three-year Davey warranty, subject to its terms.
Davey StarFlo DSF300 Specifications
Davey StarFlo Installation & Operating Instructions
The Davey SureFlo DSF900 is a single-speed circulation pump for residential pool filtration, sanitising systems and solar heating. Its multi-fit design suits in-ground and above-ground pools, large swim spas and plunge pools, with self-aligning unions for installation.
The motor has an electrical input of 0.9kW and a shaft output of 0.65kW. Choose the pump from its flow-at-head curve, allowing for the filter, pipework, heating and other connected equipment.
Inlet: accepts 40mm PVC pipe internally or a 50mm PVC socket/bell end externally.
Outlet: accepts 40mm PVC pipe internally or a 50mm PVC socket/bell end externally.
Self-aligning barrel unions assist with installation. The multi-fit design supports replacement applications, but pipe centres and clearances should be checked against the dimension drawing. A 3m power lead with an Australian 10amp three-pin plug is included.
The pump uses corrosion-resistant and UV-resistant materials, a Noryl impeller, 316 stainless steel shaft and silicon carbide/Viton mechanical seal. The totally enclosed motor has self-resetting thermal overload protection. The water circuit is double insulated and has an equipotential bonding point.
The clear strainer lid gives access for basket maintenance, and drain plugs simplify draining and servicing. Davey publishes a 54–56dBA sound range for this family.
The pump uses a 220–240V single-phase, 50Hz supply. Maximum water temperature and ambient temperature are both 40°C.
Three-year Davey warranty, subject to its terms.
Davey SureFlo DSF900 Specifications
Davey StarFlo SF / DSF900 Installation & Operating Instructions
Davey XF transfer pumps supply clean water for irrigation, water transfer, washdown, aquaculture and hydroponics. XF171 and XF221 are single-stage pumps; XF192 is a twin-stage pump for duties needing more head.
XF171: maximum flow 175LPM; maximum head 17m; 0.53kW motor.
XF221: maximum flow 225LPM; maximum head 20m; 0.7kW motor.
XF192: maximum flow 190LPM; maximum head 33m; 0.8kW motor.
Maximum flow and maximum head are separate limits. Available flow decreases as the pump works against more head. Use the performance curve to check the required flow and pressure, including pipe losses and height differences.
XF171 and XF221: 1" BSP female inlet; 1" BSP male outlet.
XF192: 1" BSP female inlet; 1" BSP female outlet.
These are standard transfer pumps. They do not automatically start and stop as taps open and close; automatic operation requires suitable separate controls. The supplied motor has automatic-reset thermal-overload protection.
Maximum suction lift is 7.5m, with usable lift depending on inlet conditions and suction-pipe losses. Before starting, fill the pump casing and suction line through the priming opening above the inlet, then refit the plug. Suction-lift installations need a good-quality foot valve to retain prime.
Use clean, non-volatile liquids without fibres, solids or abrasive material, at temperatures from 1°C to 50°C. Do not run the pump dry, with loss of prime or for prolonged periods against a closed outlet.
Install horizontally on a firm base near the water source, with drainage and a weatherproof, frost-free, ventilated enclosure. Support the pipework and keep suction connections airtight.
Each pump uses a 220–240V single-phase, 50Hz supply and comes with a 2m power lead and Australian 10amp three-pin plug.
Davey provides a two-year warranty, subject to its terms.
Davey XF Series Specifications
Davey XF Series Installation & Operating Instructions
The Davey XP45T is a single-stage jet-assisted pressure pump for household water supply, irrigation, water transfer and washing systems. It delivers up to 45 LPM with a maximum total head of 32m. Actual flow depends on vertical lift and pipe resistance and decreases as head increases.
The pump has a 1" BSP female thread inlet and supplies water through a 1" BSP male Torrium2 system outlet. It is designed for clean, non-volatile liquids without fibres or solids, at water temperatures from 1°C to 50°C.
Torrium2 starts the pump when water use causes pressure to fall, keeps it running while water is being used, and stops it when flow falls below about 1LPM. When a tap closes, flow falls and the pump builds pressure before stopping. The controller remembers that pressure and normally restarts after it falls by about 20%. A dripping tap or slowly leaking cistern releases water a little at a time, so pressure falls slowly. Torrium2 can wait for pressure to fall further before restarting, increasing the time between starts. It returns to normal starting behaviour when normal water use resumes. Its built-in spring-loaded water chamber provides a small reserve before the pump restarts.
Loss-of-prime protection stops the pump when it no longer has enough water inside it to pump normally, for example if the supply tank empties or air enters the suction pipe. Torrium2 automatically retries at increasing intervals. The controller also provides high-water-temperature and excessive-current cut-outs. The motor has its own automatic-reset thermal overload protection.
The jet-assisted hydraulic design uses a glass-filled Noryl casing and venturi, an acetal jet and a glass-filled polycarbonate impeller. A ceramic/carbon mechanical seal and nitrile O-rings seal the pump.
Install horizontally on a firm base in a ventilated, weather-protected position with drainage. Fill the pump casing and suction line with water before starting. Suction-lift installations require a foot valve to retain prime. The maximum suction lift is 6m; actual performance depends on the suction pipework and installation.
The complete system has a maximum system pressure of 450 kPa. Its 220-240V single-phase motor provides 0.45kW output power from 0.65kW input power.
Two-year Davey warranty, subject to its terms.
Davey XP45T Specifications
Davey Torrium2 Controller Specifications
Davey Torrium2 Installation & Operating Instructions
DOL starters with 24VAC control coils are used for Direct-On-Line starting and stopping of suitable electric motors. They include a contactor and overload relay assembly inside an enclosure, with front-mounted start and stop push buttons for local motor control.
These starters are selected by control coil voltage, overload relay range and the motor full-load current. The 24VAC rating refers to the starter control coil, not the motor supply voltage. Confirm the motor current, supply voltage, overload setting and installation requirements with a licensed electrician before ordering.
Drainwell plastic soakwells are modular stormwater drainage cells used for subsurface water infiltration, detention and soakwell installations. The range includes the 755mm x 400mm x 440mm Drainwell soakwell module and divider panel for module assembly and configuration.
Drainwell modules are supplied as lightweight flat-pack panels that clip together on site. They can be used in trafficable or non-trafficable installations only when the correct assembly method, cover depth and site requirements are achieved. Confirm divider panel requirements, geofabric or filter wrap, pipe connections, local stormwater requirements and installation conditions before ordering.
Drainwell Soakwell Specifications
Drainwell Soakwell Non-Trafficable Assembly Guide
Drainwell Soakwell Trafficable Assembly Guide
Water Hose
This caravan drinking water hose meets Australian standards AS4020 and AS2070, made from food grade poly-olefin material. Australian Made product.
Ideal for caravans, motor homes, boats and water tanks, and comes with a 6 year manufacturer warranty.
Flushing valves release water from the end of a dripline to carry loose sediment and organic debris out of the line. Install them at the downstream end of a line or on the collecting manifold, which connects the ends of multiple dripline rows. On sloping layouts, the collecting manifold and flushing point are normally at the lower end.
The Netafim brown automatic flushing valve releases approximately 2 litres of water at the start of each irrigation cycle to flush loose debris from the line. It then closes for normal watering. After irrigation stops, the valve gradually reopens, allowing remaining water to drain through the outlet where the pipe layout permits. It stays open ready for the next start-up flush. The minimum pressure at the line end is 50 kPa, with a recommended maximum of 400 kPa. The maximum zone flow per valve is 3,500 litres per hour.
Vacuum breakers let air into irrigation lines as water drains, helping prevent vacuum that can restrict drainage and draw soil into drippers. Install them at high points within the irrigation zone, connected to the lines they protect.
The grey Netafim and black Toro vacuum breakers both have a 15mm male thread. The Netafim valve has a maximum working pressure of 400 kPa. The Toro 101VB15 has a maximum pressure of 1000 kPa.
The Netafim indicator flag provides a visible check of line pressure. It lies down at zero pressure, is partly raised at approximately 30kPa and stands upright at approximately 50kPa. The supplied 90cm feedtube and 33cm stake allow the flag to be positioned above the soil.
Netafim Brown Flushing Valve Specifications
Netafim Pressure Indicator Specifications
Toro Air Vacuum Breaker 15mm Specifications
Netafim Grey Vacuum Breaker 15mm Specifications
Netafim Miniscape, also known as Landline 8, is small-diameter brown dripline with emitters built into the tube. Its flexibility suits pots, planter boxes, raised beds and narrow planting areas where larger dripline can be awkward to position. It delivers water directly to the soil without an overhead spray.
Each emitter delivers a nominal 2 litres per hour at 100kPa pressure. Miniscape is non-pressure compensated, so flow changes as pressure changes. The 15cm spacing provides twice as many watering points over the same length as the 30cm spacing. Both stocked versions are supplied in 50m coils.
On flat ground, the maximum run at 150kPa inlet pressure is 8m for 15cm emitter spacing or 15m for 30cm spacing. These run lengths are based on 5% flow variation along the line.
The integral TurboNet drippers draw water from the centre of the flow through the tube. A broad inlet filtration area and turbulent labyrinth help limit sediment entering the water passage and keep debris moving during operation. The brown tubing resists UV exposure.
Use the brown Netafim 8mm straight joiner as the take-off from low density poly supply pipe. Punch a 3mm hole in the supply pipe, push one barb of the joiner into the hole and push the Miniscape dripline onto the other barb.
The straight joiner also joins two Miniscape tube ends. The 8mm elbow turns the line through 90°, while the tee adds a branch or a connection for a loop. The matching brown 11cm hold-down stake retains the 8mm tube against the soil.
Cut the coil into the lengths required for the layout and use matching 8mm Miniscape fittings to join, branch or turn the line. Lay the dripline on the soil and secure it with hold-down stakes. The supplied 50m coil length does not mean that a single 50m run will water evenly; allowable run length depends on emitter spacing, inlet pressure and ground levels.
Flush the line before closing it. Fold the end back on itself between drippers, forming a tight kink that stops the water flow. Secure the doubled-over tube with a UV-resistant cable tie to prevent it unfolding. To flush the line later, remove the tie, straighten the end and run water through before closing it again.
Contact us to special order 100 metre and 200 metre rolls.
Netafim Techline AS is brown low density poly dripline with pressure-compensating drippers built into the tube every 30cm. Each dripper delivers 1.6 litres per hour, making it suitable for watering garden beds, shrubs and landscaped areas on the surface or below the soil.
Pressure compensation helps maintain consistent dripper output within the 40-300kPa operating range. The anti-siphon mechanism helps prevent soil being drawn into the drippers as the system drains after shut-off. A large inlet filter and mechanical root barrier help protect the drippers from clogging and root intrusion.
The UV-resistant tube has a brown outer layer over black polyethylene. It connects using suitable 13mm barbed fittings secured with compatible clamps. Supply-water filtration to 130 micron / 120 mesh is recommended.
Available coil lengths are 50m, 100m and 200m. Coil length is the amount of tube supplied, rather than the maximum length of one watering run. For this 1.6L/h model at 30cm spacing, the maximum run on flat ground is 92m at 150kPa inlet pressure or 104m at 200kPa. These limits retain at least 40kPa at the end of the run.
Netafim FlexNet carries water along a main or submain and feeds the individual irrigation laterals through factory-welded outlets. The 3" and 4" versions are 100m long with 15mm female threaded outlets every 30cm.
Standard 3" FlexNet has a 200kPa maximum working pressure; standard 4" FlexNet has a 170kPa maximum.
The reinforced woven polypropylene construction combines flexibility with resistance to stretching and snaking in the field. Its white exterior provides UV resistance, and the pipe collapses flat for retrieval, transport and storage.
FlexNet end fittings have inserts that slide inside the pipe. Rubber seals in the inserts and external metal clamps seal and secure the pipe ends. Couplings join two lengths; male threaded adaptors and ASTM PVC adaptors connect the supply to other pipework.
A 16mm ring elbow with 15mm male thread connects Streamline X tape to a FlexNet outlet. The matching 15mm plugs close unused outlets.
Netafim Streamline X is thin-wall drip tape for watering crop rows through regularly spaced built-in drippers. Both stocked versions are supplied in 2600m coils for cutting into individual laterals.
The 20cm spacing version delivers 1.05 litres per hour per dripper at 100kPa pressure. Its maximum continuous run is 108m on flat ground at 100kPa inlet pressure, allowing 10% flow variation.
The 25cm spacing version delivers 1.6 litres per hour per dripper at 100kPa pressure. Its calculated maximum continuous run is 96m on flat ground at approximately 100kPa inlet pressure, allowing 10% flow variation.
Run length changes with slope, dripper flow and spacing. The supplied coil length is divided into the required individual laterals.
The 16080 tubing has a 0.20mm wall and reinforced ribs to help resist damage during laying and retrieval. A broad dripper inlet and the turbulent TurboNet passage help reduce sediment entering and settling in the flow path. Streamline X is non-pressure compensated, so emitter output changes with pressure.
The straight ring coupling joins two tape ends. The barbed coupling connects tape to compatible 16mm barbed tubing, while the 15mm male threaded elbow turns the take-off through 90° and connects to a female threaded outlet. At each tape connection, the tape pushes over the fitting insert and the blue ring slides over the outside of the tape until it clicks into place.
Use filtered supply water and keep the pressure at the tape within its 120kPa working limit.
Netafim Streamline X Technical Specifications
Netafim Fast Ring Connector Specifications
PVC DWV (Stormwater) level invert tapers are used between a smaller pipe and a larger fitting. The smaller size female socket fits over matching pipe, and the larger pipe-size spigot fits into a matching socket. The tapered offset design of the fitting allows you to keep the inside bottom of both sides level.
The socket and pipe-size spigot are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe and fittings are identified by nominal sizes, which may differ from their measured outside diameters. Please confirm both connection sizes before ordering.
Where PVC DWV and PVC stormwater systems share the same nominal size and outside diameter, compatible level invert tapers may be used with either system.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
DWV Pipe Dimensions
Stormwater Pipe Dimensions
Stormwater PVC Jointing & Installation Guide
DWV PVC Jointing & Installation Guide
PVC DWV caps close pipe ends and provide threaded access closures in stormwater drainage systems.
Push-on caps have a female socket that fits over matching PVC DWV pipe. Use PVC priming fluid and suitable non-pressure PVC solvent cement for a permanent sealed closure.
Threaded access caps have an internal female thread that screws onto the male external thread of a matching coupling or access fitting. The cap can be unscrewed and refitted when access is required.
For nominal sizes shared by PVC DWV and stormwater pipe, matching caps suit either system.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
DWV Pipe Dimensions
Stormwater Pipe Dimensions
Stormwater PVC Jointing & Installation Guide
DWV PVC Jointing & Installation Guide
PVC DWV riser junctions are used to connect one or more smaller branch pipes into a larger vertical PVC DWV pipe run.
Each fitting has one main female socket that fits over matching PVC DWV pipe and one pipe-size spigot that can be inserted into the socket of another matching fitting.
The smaller branch connections are female sockets that fit over matching PVC DWV pipe.
The main socket, branch sockets and pipe-size spigot are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe is identified by its nominal size, which may differ from its measured outside diameter. Please confirm the main-riser and branch sizes before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.
PVC DWV adjustable floor waste gully P traps are used at the base of a floor waste gully to collect floor drainage and permitted fixture waste discharges while maintaining a water seal between the floor waste and the sanitary drainage system.
The P-trap retains a body of water after discharge. This water seal helps prevent sewer gases and odours from travelling back through the floor waste opening.
Each trap has an upper female socket for connecting the floor waste gully riser and an adjustable female socket outlet for connection to the downstream DWV pipe. The adjustable outlet assists with aligning the trap outlet to the drainage pipework during installation.
Both sockets fit over matching PVC DWV pipe and are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
These PVC-U traps are designed for non-pressure DWV applications and are commonly used as part of floor waste installations in bathrooms, laundries and other wet areas. The floor waste riser, grate and other components above the trap are separate parts of the complete floor waste gully installation.
For PVC-U drain, waste and vent systems to AS/NZS 1260.
PVC DWV reducing bushes are used to reduce a larger DWV socket or pipe to fit a smaller DWV pipe size.
Standard PVC DWV bushes are used to connect a larger socket to a smaller pipe. The large end is a pipe-size spigot that fits inside a matching socket, and the smaller end is a socket that fits over pipe.
In-pipe x socket PVC DWV bushes are used to connect a larger pipe to a smaller pipe. The large end is a spigot that fits inside a matching pipe, and the smaller end is a socket that fits over pipe.
The larger spigot and smaller socket are joined using PVC priming fluid and suitable non-pressure PVC solvent cement. This joining method is known as a solvent weld joint, or SWJ.
PVC DWV pipe and fittings are identified by nominal sizes, which may differ from their measured dimensions. Please confirm both sizes and whether a standard or in-pipe bush is required before ordering.
PVC DWV pipe and fittings are suitable for use in stormwater, sewerage, wastewater, vent, and other non-pressure applications.