Industry Schools FE/HE Site: Industry Site: Schools Site: FE/HE Site: Mobile
  • Suggested Queries


Yuasa Yucel Y2.1-12 Valve Regulated Lead Acid SLA Battery 12V 2.1Ah

Order Code:  

18-5213

  Copy to clipboard
Brand: Yuasa  Copy to clipboard MPN: Y2.1-12  Copy to clipboard
 Report an error
Qty Unit Price (Ex VAT)
1+ £11.80
5+ £10.40
10+ £9.25

Get a quote for large quantities here

Price per unit {{ IncVat ? 'Inc' : 'Ex' }} VAT
Contact us for lead times on larger quantities
28 in Stock, despatched same dayAdditional quantity lead time 14 days

The Yuasa Y2.1-12is a 12V 2.1Ah lead acid battery designed for standby use. This battery is waterproof. The AGM principle relies on the use of blotters between the lead plates in which the acid is soaked. The AGM technology enables you to have a more efficient battery for a wide range of applications.

Applications: robotics engineering, alarms, backup systems, medical devices, telecommunications, toys, signalling, IT systems.


  • Great value
  • Ideal for Emergency lighting, security and protection equipment, torches, toys, UPS
  • Manufacturers part no. Yuasa Y2.1-12
Cyclic / standby Standby
Nominal Voltage 12V
Capacity 2.1Ah
Chemistry Lead acid
Terminal Type Faston tab
Height 34mm
Length 64mm
Operating Temperature Range -15 to +50°C
Weight 0.9kg
Width 178mm

To use this facility please Sign In.

Sign In

Reviews


Alarm Back up Battery

Reviewed by: Dave Williamson - 28 September 2015
I bought this after we had some electrical work carried out on our property, which showed that our existing battery had lost its charge and no longer worked when our electricity was turned off at the mains. This does the job just fine and the speed of delivery from Rapid was excellent, I had it the next day. Would recommend

Rechargeable Lead Acid Battery

Reviewed by: John Smith - 21 January 2014
I use these in equipment that I manufacture and sell throughout the UK and overseas. They are almost as good as much more expensive batteries. I have had a few failures, but they were probably due to neglect. They suffer from failure if left discharged for long periods, but so do the very expensive ones