Heavy duty d size r20p battery 1.5v d size r20p battery 1.5v um1 Primary & Dry Batteries
USD $0.1 - $2 /Foot
Min.Order:20 Feet
Shenzhen Eastar Battery Co., Ltd.
Heavy duty d size r20p battery 1.5v d size r20p battery 1.5v um1 Primary & Dry Batteries
1)Designation:IEC-R20P JIS-SUM1 GB-R20P(China) Others-D
2)Chemical system: Zinc-Manganese Dioxide (Zn/MnO2),No added Mercury and Cadmium
3)Nominal voltage: 1.5V
4)Weight:Approx.94.5g
5)Terminal:Flat
6)Storage Temperature:20±2°C
7)Operating Temperature Range:-10°C~45°C
8)Jacket:PVC Jacket (Colour: red & green & yellow)
9)Shelf Life:3 years at 20±2°C(80% of rated capacity)
10)Standards:IEC60086
11)Battery discharge time: 680 minutes
12)Type:Primary & Dry Batteries
Shrink pack | 2 PCS |
Inner Box | 24 PCS |
Colorful carton | 288 PCS |
Gross weight | 24.00KGS |
Net weight | 23.00KGS |
Measurement | 420X285X210MM |
1X20’FCL container | 1,050 Cartons |
2.Applications:
Best for - Digital Cameras, Photo Flash, MP3, Electronic Games, Remote-Controlled Cars and Battery-Operated Toys.
3.General Features:
1. Leakage-proof packing
2. Mercury, Cadmium, Lead free
3. Low internal resistance & higher discharge rate capacity
4. Widely used for flashlights, toys, calculators, clocks ect.
5. Guarantee period: Within 3 years after delivery under proper storage condition.
1.Important notice:
1)Insert batteries properly.
2)Keep batteries away from infants.
3)Remember to switch off.
4)Dry batteries are not rechargeable.
5)Remove used-up batteries soon.
4.Related Carbon Zinc Batery:
Type No | Jacket | Voltage (v) | Perinner pack | Duration (min) |
R03 | PVC/metal | 1.5 | shrik/blister card | 45 |
R6 | PVC/metal | 1.5 | shrik/blister card | 95 |
R14 | PVC/metal | 1.5 | shrik/blister card | 280 |
R20 | PVC/metal | 1.5 | shrik/blister card | 680 |
6F22 | Metal | 9 | shrik/blister card | 380 |
1 | Zinc can | The zinc can is the negative terminal and anode material |
2 | Inserting the separator | The separator and the bottom paper are inserted to prevent battery short-circuit between the positive and the negative electrode. |
3 | Filling cathode material | The mixture of manganese dioxide, electrolyte and others are filled as the cathode material |
4 | Inserting carbon rod | The carbon rod for collecting electricity is inserted into the middle of the battery |
5 | Sealing | The plastic gasket for sealing is fitted to prevent leakage and water evaporation |
6 | Fitting tinplate bottom and PVC jacket | The tinplate bottom is placed on the bottom of zinc can and PVC jacket is shrinked |
7 | Finished product | The batteries are packed by shrink after inspecting the voltage, current and appearance |