Stocking all leading brands
Secure shopping
Click and Collect
Yuasa REC36-12I T-Bar Battery, Lead & Battery Bag
- Full Specification
- Related Products?
- Reviews
- Video
- Download
- Associated Blog Posts
Description
Yuasa batteries are a premium brand. These batteries are commonly used on Golf trolleys, Mobility scooters, disability scooters, water pumps and other applications that require a cyclic battery
This battery comes ready to use
Suitable for
Alarm Systems, Golf Trolleys, wheelchairs, Emergency Lighting, Ride on Toys, Torches, UPS systems and other electrical systems
Features
Double cycle life
Operates 500 charge/discharge cycles or twice as many cycles as conventional cycle use batteries at 75% D.O.D. (depth of discharge).
Valve regulated battery and maintenance-free
Battery electrolyte retained solidly in the separator and the innovative gas recombinant system allows minimum gas emittance freeing the user from maintenance.
Durability for deep discharge use
The plate barrier prevention and the unique separator systems help ensure deep discharge use thus considerably prolonging battery’s service life.
Minimal self-discharge
Cyclic use batteries tend to be left discharged after usage causing plate corrosion leading to shortened life. Self discharge rate is as small as only 0.1% a day at 20°C and thus extends the storage period allowed.
Higher capacity with same footprint as standard cyclic batteries
YPCPK Lead
Description
Powerkaddy to T-bar golf caddy adaptor.
Battery Bag
Description
Designed specifically to fit the 36-12 Yuasa battery this tough Nylon bag features a strong carry handle and helps to keep your battery in top condition.
Full Specifications
- Part Number : REC36-12I T-Bar, YPCK & Large Bag
- Manufacturer : Yuasa
- Voltage (V) : 12
- Ah : 36
- Cold Cranking : n/a
- Warranty : 1 Year
- Length (mm) : 195
- Width (mm) : 129
- Height (mm) : 170
- Manufactured Weight (kg) : 11
- Layout : LH+
- Hold Down : N/A
- Activation Pack : No
- Terminal : Bolt down
- Battery Type : VRLA
- Battery Application : Deep Cycle