Franklin FPS 3B TriSeal multistage bore pumps supply bore water with minimal sand or sediment for domestic water supply, irrigation and pressure boosting. At 60L/min, these models deliver approximately 30-320m head, depending on model. Two-wire, three-wire with starter and three-phase packages combine a TriSeal pump with a Franklin 4" motor.
Actual flow depends on pumping lift, required outlet pressure and pipe resistance. Use the 50Hz performance curve to assess expected flow for the installation. The recommended pump operating range is approximately 16-86L/min, with best efficiency at approximately 44-80L/min.
The outlet is 32mm (1 1/4") BSPP female thread. A removable spring-loaded non-return valve reduces return flow when the pump stops. The pump is intended for bore water with minimal sand or sediment; the TriSeal design helps resist sand wear.
230V single phase, two wire. The BIAC starting switch is built into the motor. Motor overload protection stops the motor if it overheats or overloads. Two supply conductors plus protective earth.
230V single phase, three wire. Matching capacitor starter/control box included. The motor has built-in overload protection. Three motor conductors plus protective earth.
400V three phase. Requires a motor starter and motor-overload protection matched to the supplied motor nameplate. This protection cuts power if the motor overloads.
For automatic operation, connect suitable tank-level or pressure controls. Where the bore water level could fall below the pump, use dry-running protection to stop it before it draws in air. Extend the motor lead with correctly sized submersible cable and a waterproof cable joint for the installation depth.
Install vertically with the motor below the pump and allow clearance around the 99.1mm maximum diameter. Maximum motor submergence is 150m below the water surface. Keep the assembly at least 1.5m above the bore bottom and position it so water passes the motor before entering the pump. Support it with suitable pipework and a safety cable; never lift or suspend it by the electrical cable.
Standard motor application allows water up to 30°C. Higher temperatures require manufacturer assessment of motor loading and cooling. Water must flow around the outside of the motor to remove heat. Fit a flow sleeve where the installation cannot provide the cooling flow required by the motor nameplate, including tank and open-water installations. Keep the complete pump and motor submerged; do not run dry. FPS-3B-26TS, FPS-3B-39TS and FPS-3B-52TS need water to pass the motor at least 0.0762m/s (7.62cm/s) for cooling.
TriSeal independently floating impellers and seals at each impeller hub and eye reduce internal recirculation and resist wear from sand. The discharge and outer casing are AISI 304 stainless steel; the impellers are thermoplastic acetal and the diffusers are modified PPO. A ceramic sleeve and rubber bearing protect the shaft in abrasive water.
Three-year manufacturer warranty when the TriSeal pump is coupled to a new Franklin 4-inch motor, subject to Franklin Australia warranty terms, installation-period conditions and applicable consumer rights.
FPS 3B Official 50Hz Performance Curve
Franklin Bore Pump Installation & Operation
Franklin 4-inch Motor Installation & Operation
Franklin Motor Technical Guide (Australia & NZ)
Franklin FPS 4A TriSeal multistage bore pumps supply bore water with minimal sand or sediment for domestic water supply, irrigation and pressure boosting. At 70L/min, these models deliver approximately 40-250m head, depending on model. Two-wire, three-wire with starter and three-phase packages combine a TriSeal pump with a Franklin 4" motor.
Actual flow depends on pumping lift, required outlet pressure and pipe resistance. Use the 50Hz performance curve to assess expected flow for the installation. The recommended pump operating range is approximately 32-104L/min, with best efficiency at approximately 46-94L/min.
The outlet is 32mm (1 1/4") BSPP female thread. A removable spring-loaded non-return valve reduces return flow when the pump stops. The pump is intended for bore water with minimal sand or sediment; the TriSeal design helps resist sand wear.
230V single phase, two wire. The BIAC starting switch is built into the motor. Motor overload protection stops the motor if it overheats or overloads. Two supply conductors plus protective earth.
230V single phase, three wire. Matching capacitor starter/control box included. The motor has built-in overload protection. Three motor conductors plus protective earth.
400V three phase. Requires a motor starter and motor-overload protection matched to the supplied motor nameplate. This protection cuts power if the motor overloads.
For automatic operation, connect suitable tank-level or pressure controls. Where the bore water level could fall below the pump, use dry-running protection to stop it before it draws in air. Extend the motor lead with correctly sized submersible cable and a waterproof cable joint for the installation depth.
Install vertically with the motor below the pump and allow clearance around the 99.1mm maximum diameter. Maximum motor submergence is 150m below the water surface. Keep the assembly at least 1.5m above the bore bottom and position it so water passes the motor before entering the pump. Support it with suitable pipework and a safety cable; never lift or suspend it by the electrical cable.
Standard motor application allows water up to 30°C. Higher temperatures require manufacturer assessment of motor loading and cooling. Water must flow around the outside of the motor to remove heat. Fit a flow sleeve where the installation cannot provide the cooling flow required by the motor nameplate, including tank and open-water installations. Keep the complete pump and motor submerged; do not run dry. FPS-4A-22TS, FPS-4A-35TS and FPS-4A-44TS need water to pass the motor at least 0.0762m/s (7.62cm/s) for cooling.
TriSeal independently floating impellers and seals at each impeller hub and eye reduce internal recirculation and resist wear from sand. The discharge and outer casing are AISI 304 stainless steel; the impellers are thermoplastic acetal and the diffusers are modified PPO. A ceramic sleeve and rubber bearing protect the shaft in abrasive water.
Three-year manufacturer warranty when the TriSeal pump is coupled to a new Franklin 4-inch motor, subject to Franklin Australia warranty terms, installation-period conditions and applicable consumer rights.
FPS 4A Official 50Hz Performance Curve
Franklin Bore Pump Installation & Operation
Franklin 4-inch Motor Installation & Operation
Franklin Motor Technical Guide (Australia & NZ)
Franklin FPS 6A High Capacity multistage bore pumps supply water for irrigation, tank filling and domestic or commercial water systems. At 100L/min, these models deliver 28-220m head, depending on model. These figures exclude check-valve losses. Packages combine a High Capacity pump with a Franklin 4-inch motor.
The performance figures describe the pump end without check-valve losses. Actual delivery depends on pumping lift, required outlet pressure, check-valve losses and pipe resistance. Use the 50Hz performance chart to assess expected flow for the installation. The pump operating range is approximately 30-140L/min, with best efficiency at approximately 65-125L/min.
The outlet is 50mm (2") BSP female thread. An integrated stainless-steel wafer-style non-return valve reduces return flow when the pump stops. These pumps are for bore water with minimal sand or sediment.
230V single phase, two wire. The BIAC starting switch is built into the motor. Motor overload protection stops the motor if it overheats or overloads. Two supply conductors plus protective earth.
230V single phase, three wire. Matching capacitor starter/control box included. The motor has built-in overload protection. Three motor conductors plus protective earth.
400V three phase. Requires a motor starter and motor-overload protection matched to the supplied motor nameplate. This protection cuts power if the motor overloads.
For automatic operation, connect suitable tank-level or pressure controls. Where the bore water level could fall below the pump, use dry-running protection to stop it before it draws in air. Extend the motor lead with correctly sized submersible cable and a waterproof joint for the installation depth.
Install vertically with the motor below the pump, allowing clearance for the pump, cable and pipe connections. Maximum motor submergence is 150m below the water surface. Keep the assembly at least 1.5m above the bore bottom and position it so water passes the motor before entering the pump. Support it with suitable pipework and a safety cable; never lift or suspend it by the electrical cable.
Standard motor application allows water up to 30°C. Higher temperatures require manufacturer assessment of motor loading and cooling. Water must flow around the outside of the motor to remove heat. Fit a flow sleeve where the installation cannot provide the cooling flow required by the motor nameplate, including tank and open-water installations. Keep the complete pump and motor submerged; do not run dry. FPS-6A-20, FPS-6A-29 and FPS-6A-38 require water to pass the motor at least 0.0762m/s (7.62cm/s) for cooling.
The discharge head, outer casing, motor bracket and shaft are stainless steel. Thermoplastic impellers and diffuser assemblies provide the hydraulic stages. Impeller eye and hub seals reduce internal recirculation; a ceramic sleeve and rubber bearing help resist sand wear.
Three-year manufacturer warranty when the FPS4400 pump is coupled to a new Franklin 4-inch motor, subject to Franklin Australia warranty terms, installation-period conditions and applicable consumer rights.
FPS 6A Official 50Hz Performance Curve
Franklin Bore Pump Installation & Operation
Franklin 4-inch Motor Installation & Operation
Franklin Motor Technical Guide (Australia & NZ)
Franklin FPS 9A High Capacity multistage bore pumps supply water for irrigation, tank filling and domestic or commercial water systems. At 140L/min, these models deliver 23-146m head, depending on model. These figures exclude check-valve losses. Packages combine a High Capacity pump with a Franklin 4-inch motor.
The performance figures describe the pump end without check-valve losses. Actual delivery depends on pumping lift, required outlet pressure, check-valve losses and pipe resistance. Use the 50Hz performance chart to assess expected flow for the installation. The pump operating range is approximately 50-190L/min, with best efficiency at approximately 90-170L/min.
The outlet is 50mm (2") BSP female thread. An integrated stainless-steel wafer-style non-return valve reduces return flow when the pump stops. These pumps are for bore water with minimal sand or sediment.
230V single phase, two wire. The BIAC starting switch is built into the motor. Motor overload protection stops the motor if it overheats or overloads. Two supply conductors plus protective earth.
230V single phase, three wire. Matching capacitor starter/control box included. The motor has built-in overload protection. Three motor conductors plus protective earth.
400V three phase. Requires a motor starter and motor-overload protection matched to the supplied motor nameplate. This protection cuts power if the motor overloads.
For automatic operation, connect suitable tank-level or pressure controls. Where the bore water level could fall below the pump, use dry-running protection to stop it before it draws in air. Extend the motor lead with correctly sized submersible cable and a waterproof joint for the installation depth.
Install vertically with the motor below the pump, allowing clearance for the pump, cable and pipe connections. Maximum motor submergence is 150m below the water surface. Keep the assembly at least 1.5m above the bore bottom and position it so water passes the motor before entering the pump. Support it with suitable pipework and a safety cable; never lift or suspend it by the electrical cable.
Standard motor application allows water up to 30°C. Higher temperatures require manufacturer assessment of motor loading and cooling. Water must flow around the outside of the motor to remove heat. Fit a flow sleeve where the installation cannot provide the cooling flow required by the motor nameplate, including tank and open-water installations. Keep the complete pump and motor submerged; do not run dry. FPS-9A-16, FPS-9A-25 and FPS-9A-31 require water to pass the motor at least 0.0762m/s (7.62cm/s) for cooling.
The discharge head, outer casing, motor bracket and shaft are stainless steel. Thermoplastic impellers and diffuser assemblies provide the hydraulic stages. Impeller eye and hub seals reduce internal recirculation; a ceramic sleeve and rubber bearing help resist sand wear.
Three-year manufacturer warranty when the FPS4400 pump is coupled to a new Franklin 4-inch motor, subject to Franklin Australia warranty terms, installation-period conditions and applicable consumer rights.
FPS 9A Official 50Hz Performance Curve
Franklin Bore Pump Installation & Operation
Franklin 4-inch Motor Installation & Operation
Franklin Motor Technical Guide (Australia & NZ)
Franklin pressure tanks store a reserve of water under pressure for household water supply, irrigation and pressure-boosting systems. A flexible rubber diaphragm separates the water from compressed air, allowing small amounts of water to be used before the pump starts. Fewer starts reduce start/stop wear and can lower electricity use and running costs. Pipe-mounted tanks connect to supported pipework, while floor-mounted tanks stand on a base. Horizontal tanks provide a different mounting arrangement where an upright tank does not suit the installation.
Choose the mounting arrangement, nominal tank capacity and water connection to suit the installation. Nominal capacity describes the vessel size. The usable amount of water between pump starts depends on the pump start and stop pressures and the tank air charge.
8L - vertical pipe mounted. Water connection: 1" BSP male thread.
18L - vertical pipe mounted. Water connection: 1" BSP male thread.
35L - vertical pipe mounted. Water connection: 1" BSP male thread.
35L - vertical floor mounted. Water connection: 1" BSP male thread.
60L - vertical floor mounted. Water connection: 1" BSP male thread.
80L - vertical floor mounted. Water connection: 1" BSP male thread.
100L - vertical floor mounted. Water connection: 1" BSP male thread.
150L - vertical floor mounted. Water connection: 1" BSP male thread.
20L - horizontal floor mounted. Water connection: 1" BSP male thread.
60L - horizontal floor mounted. Water connection: 1" BSP male thread.
Nominal tank capacity is the vessel size, not the amount of water available before the pump restarts. Usable draw-off depends on the pump’s start and stop pressures and the tank air charge. Size the tank for the usable draw-off and pump cycling requirements of the system.
The diaphragm separates the stored water from the air cushion. The tank has a corrosion-resistant stainless steel water connection, a butyl-rubber diaphragm and a polyurethane paint finish over an epoxy primer. It is suitable for potable-water systems.
The tank can also be used for suitably designed thermal-expansion applications. Match the tank to the system’s temperature and pressure requirements.
Set the air charge to suit the pump/controller and system pressures. Release water pressure before checking or adjusting the air charge, and follow the instructions for the actual tank and control type.
Five-year manufacturer tank-replacement guarantee, subject to its terms.
The Galcon 9001 Series 2-Way Alternating Valve is an accessory used to create two watering zones from a single tap timer outlet. It is designed for use with compatible Galcon 9001 series tap timers where two separate garden areas need to be watered without running both zones at the same time.
The valve automatically alternates between outlets each watering cycle. On the first programmed start time, one outlet opens. On the next start time, the valve changes over and opens the opposite outlet, allowing two separate irrigation zones to be watered from one tap timer.
This is useful where a single tap does not have enough flow or pressure to run two areas together. Because only one outlet operates at a time, each zone can be watered separately while still using one tap-mounted controller.
The alternating valve is an accessory only. It does not replace the tap timer and does not provide independent electronic control of each outlet. The watering sequence is created by the timer start times and the valve’s alternating operation.
Galcon 9001BT Blueooth Tap Timer User Manual
Galcon 9001BT Blueooth Tap Timer Specifications
Video 1
Galvanised Threaded Flanges have a female BSP centre thread and BS10 Table D drilling. They connect male threaded pipework to matching bolted Table D flange connections.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the BSP joint and fit a suitable flange gasket and bolts.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Threaded Flange Table D Female BSP Specifications
Galvanised Brass Seat Barrel Unions have female BSP threads at both ends. They join male threaded pipework through a central union connection that opens for maintenance.
The central union can be opened without unscrewing the end connections from the pipework. A brass seat forms the union joint.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Brass Seat Barrel Union Female BSP Specifications
Galvanised Threaded Caps have a female BSP thread. They close male threaded pipe ends, fittings or outlets.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Threaded Cap Female BSP Specifications
Galvanised Threaded Couplings have female BSP threads at both ends. They join two male threaded fittings or pipe ends in a straight line.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Threaded Coupling Female BSP Specifications
Galvanised Reducing Couplings have female BSP threads of different sizes at opposite ends. They join male threaded fittings or pipe ends of different sizes in a straight line.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Reducing Coupling Female x Female BSP Specifications
Galvanised Elbows 45° have female BSP threads at both ends. They accept matching male fittings to change the direction of pipework by 45°.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Elbow 45° Female BSP Specifications
Galvanised Elbows 90° have female BSP threads at both ends. They accept matching male fittings to change the direction of pipework by 90°.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Elbow 90° Female BSP Specifications
Galvanised Reducing Hex Bushes have a larger male BSP outside thread and a smaller female BSP inside thread. They reduce a female threaded opening to accept a smaller male BSP fitting.
The hex section provides a grip for a spanner during installation.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the bush’s outside male thread and the male thread of the fitting installed into it.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Reducing Hex Bush Male x Female BSP Specifications
Galvanised Hex Nipples have male BSP threads at both ends. They join two female threaded fittings, valves or pipe connections in a straight line.
The hex section provides a grip for a spanner during installation.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the male BSP threads before installing into female connections.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Hex Nipple Male BSP Specifications
Galvanised Reducing Hex Nipples have male BSP threads of different sizes at opposite ends. They join female threaded components of different sizes in a straight line.
The hex section provides a grip for a spanner during installation.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the male BSP threads before installing into female connections.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Malleable Iron Reducing Hex Nipple Male x Male BSP Specifications
Galvanised Threaded Tees have female BSP threads on all three openings. They accept matching male fittings to create a branch in pipework or a valve assembly.
The bodies are made from hot dip galvanised malleable iron for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the mating male BSP threads.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Galvanised Threaded Risers have male BSP taper threads at both ends. They extend pipework or provide fixed spacing between matching female threaded connections.
The first dimension is the nominal pipe size; the second is the pipe length.
Made from galvanised medium pipe, these risers are suitable for water, air and general pipework applications. Use suitable thread sealant or PTFE tape on the male BSP threads before installing into female connections.
Avoid joining brass, galvanised and stainless steel fittings directly to one another. Use a plastic or other suitable non-conductive fitting or adaptor between different metals to prevent galvanic corrosion where water is present.
Garden hose connectors fit onto the end of a hose and provide a female click-on connection for a tap adaptor, hand spray or sprinkler. Plastic and brass options suit 12mm or 18mm hose. The 18mm hose x 12mm click-on models allow a larger hose to connect to 12mm watering accessories. Hose size and click-on size describe different ends of the fitting.
Comfort grip connectors are easier to hold when connecting and disconnecting the hose. A stop-valve connector at the watering end automatically stops flow when the accessory is removed and allows it to resume when reconnected. The swivel connector fits between existing click-on fittings to reduce twisting as the hose moves.
Two-way couplers join fitted hoses end to end, while a three-way coupler branches one supply hose into two watering hoses. Their male click-on ends need matching female hose connectors. Repair joiners connect directly to two bare hose ends, either to join hose lengths or reconnect a hose after a damaged section has been removed.
The 12mm three-piece set contains a comfort grip hose connector, a comfort grip stop-valve connector and a universal tap adaptor. The 18mm set contains two hose connectors and an 18mm universal tap adaptor. Both tap adaptors fit 20mm (3/4") or 25mm (1") BSP garden taps.
Garden hose sprinklers water lawns and garden areas from a hose connection. Ground-level models sit close to the lawn, while a raised tripod carries the spray above bushes and other foliage.
Fixed spray designs water a circular area without a rotating head. Rotary-arm sprinklers distribute water as the arms turn, while an impact sprinkler can sweep through part of a circle or water all the way around.
Garden hose tap adaptors connect threaded garden taps to hoses fitted with click-on hose connectors. The adaptor screws onto the tap and stays in place, allowing you to attach or remove the hose with a simple click-on connection.
They're useful for replacing an old adaptor or setting up a hose connection at another garden tap. This range includes plastic and brass options with 12mm or 18mm garden hose click-on connections.
Female BSP models screw onto matching male-threaded tap outlets. Universal models have a 25mm (1") female thread and a removable reducing adaptor for 20mm (3/4") taps. This allows the same adaptor to suit either tap size. The male BSP model screws into a matching female-threaded outlet or fitting.
Select the adaptor to match both your hose connector size and the tap thread.
Garden tap outlets let several hoses or watering lines share one tap. Manual controls allow you to leave the connections in place and direct water to the line you need.
Threaded outlets accept matching hose tap adaptors or other watering fittings. Snap-on outlets connect to matching hose-end connectors. Swivelling and angled designs provide room to position the attached fittings.
The range includes plastic and die-cast metal designs with two or four outlets. Separate outlet controls let you adjust or shut off each line; the Pope EZ Dial uses a selector to operate either outlet or both together.
24 VAC relay used for compatible low-voltage control applications where a 10A rated, 2 pole NO/NC relay is required. It is suitable for use in control circuits where the relay specifications match the switching, voltage and installation requirements.
This relay is rated for 24 VAC operation with 50 / 60 Hz frequency and 2 pole normally open / normally closed contact arrangement. Confirm coil voltage, contact rating, wiring requirements and system compatibility before ordering. Electrical work must be completed by a suitably qualified person.
The Pumpmaster Y-FSK-1 float switch turns a compatible pump on and off as the water level changes. The float sits in the water and tilts as the level rises or falls, operating the electrical switch inside.
It can be wired for either filling or emptying. For emptying a sump or tank, the pump starts when the water rises to the upper switching level and stops when it falls to the lower level.
For refilling a tank, the action is reversed: the pump starts when the water falls to the lower switching level and stops when it reaches the upper level. This lets the tank refill automatically without overflowing.
The switch has a 10m three-wire lead and a supplied counterweight. The mounting position and free cable length allow the float to move between its switching positions. Leave it clear of walls, pipes and other obstructions.
Geofabrics filter cloth A14 grade 2 metre wide per metre is a nonwoven geotextile used for drainage, filtration and soil separation applications. It helps separate soil from drainage aggregate, trenches or soakwell systems while still allowing water to pass through.
This cut-length option is suitable for smaller jobs, repairs or installations where a full 50 metre roll is not required. Common uses include retaining walls, planter boxes, subsoil drainage trenches, leach drains and soakwell systems where the selected grade, width and cut length suit the installation.
GP Ultra alkaline batteries are available in AA 1.5V and 9V formats for compatible controllers, timers and other equipment. Both use non-rechargeable alkaline manganese chemistry.
GP Ultra AA Alkaline Battery Specifications
GP Ultra 9V Alkaline Battery Specifications