1DH4-0T

Cylindrical Nickel Cadmium (NiCd) NiCd Cylindrical Nickel Cadmium (NiCd) FEATURES • • • High Capacity - Using latest technology, Yuasa Nicad product has some of the highest capacities available. Long Service Life - Depending upon application up to 1000 charge / discharge cycles can be expected. High Temperature Options - Some popular cell sizes are available in high temperature versions. Product Details Diameter Height Can Size Diameter (mm) Height (mm) AA 14.1 7 / 5 AA 14.1 Can Size Diameter (mm) Height (mm) 48.0 A / AF 16.8 49.0 64.4 7 / 5 A / AF 16.8 65.9 4 / 5 AA 14.1 42.6 4/5A 16.8 42.1 2 / 3AA 14.1 28.0 2/3A 16.8 32.9 1 / 2 AA 14.1 24.0 1/2A 16.8 28.0 1 / 3 AA 14.1 16.5 1/3A 16.5 16.5 AAA 10.1 43.6 C 25.3 49.0 2 / 3 AAA 10.1 27.8 1/2C 25.3 23.0 1 / 2 AAA 10.1 25.0 1/3C 25.3 19.1 1 / 4 AAA 10.1 12.0 SC 22.2 42.0 AAAA 8.1 41.5 5 / 4 SC 22.2 49.0 F 32.3 89.0 4 / 5 SC 22.2 32.5 D 32.3 59.0 1 / 2 SC 22.2 25.5 1/2D 32.3 35.0 N 11.7 28.5 Available Capacities Can Size Capacities Available (mAh) Can Size Capacities Available (mAh) AA 600, 700, 800, 900, 1000 A 1200, 1300, 1400 7 / 5 AA 1200 7/5A 1800 4 / 5 AA 600 4/5A 1200 2 / 3AA 400 2/3A 750 1 / 2 AA 300 1/2A 600, 650 1 / 3 AA 170 1/3A 250 AAA 320 C 2200, 2500, 2800, 3000 2 / 3 AAA 170 1/2C 750 1600, 1800, 2000 1 / 2 AAA 100 SC F 8000 5 / 4 SC 2300 D 4000, 4400, 5000 4 / 5 SC 1000, 1200 1/2D 2500 1 / 2 SC 750, 800 N 220 Note: Other capacities may be available on request. High Temp Cells Can Size Capacities Available (mAh) D 4000, 4400 C 2500 Sub C 1600, 1800 Yuasa High Temperature Cells comply with BS EN 60285. NiCd Packs All Yuasa cylindrical cells can be connected together to form higher voltage packs. Depending upon quantities required almost any configuration can be achieved. Details available upon request. Example Configurations 1 2 6 3 4 5 7 8 9 Style No Styles Configuration Description 1 Cells upright and diagonal to each other for smallest possible pack size 2 Cells upright and next to each other in parallel rows 3 Cells upright in single row 4 Cells upright with one directly on top of another. Commonly called a ‘stick’ 5 Cells upright in twin ‘stick’ 6 Cells upright with 4 sticks connected in parallel rows 7 Cells upright with sticks connected diagonally for smallest pack size 8 Customer specified configuration 9 Customer specified configuration requiring special manufacturing requirements Part numbers for packs incorporate all the information required to identify manufacturing details. E.g. 6DH4-OL3 - This code translates as 6 x ‘D’ cells High temp 4Ah with Leads and configured using style 3. Disposal of “Spent” NiCd batteries: Please check the latest recommendations by contacting the technical helpdesk. Tel: 08708 500314 Fax: 08708 500317 Email: enquiries@yuasa-sales.co.uk www.yuasa-battery.co.uk General Characteristic Graphs DISCHARGE AT HIGH RATE (1CA) 1.4 1.4 1.3 V 0.1C 20degC 1.3 Voltage V 1.5 V l Voltage V 0.1 CA CHARGE CURVE 1.1 1.2 1.0 1.1 0 20 40 60 80 100 Input Capacity (%) 120 0 140 DISCHARGE AT LOW RATE (0.2CA) 10 20 30 40 Discharge time (Minutes) 60 110 100 R i 1.3 1.2 0.2C 20degC Ch 1.1 1 Charge Retention 1.4 90 20degC 80 70 60 50 0.9 0 1 2 3 4 Discharge time (Hours) 5 6 40 0 4 8 12 Charging • • • 50 CHARGE RETENTION (20 DEG C) 1.5 Voltage V 1C 20degC 1.2 Trickle 0.05 CA 48 Hours - Constant Standard 0.1 CA 14-16 Hours Quick 0.3 CA 4 Hours Maximum Cell voltage should be considered to be 1.7 Volts. -∆V termination should be set at 20-30 mV/cell. DT/dt termination should be 0.5°C/Minute. Yuasa Battery Sales (UK) Ltd Unit 22 Rassau Industrial Estate Ebbw Vale, Gwent, NP23 5SD Tel: 08708 500312 Fax: 08708 500317 E-mail: enquiries@yuasa-sales.co.uk Registered number 1548820 Cat. No. NiCdSF April 06 E&O.E. www.yuasa-battery.co.uk Distributed by 16 20 Time (Days) 24 28 32 36