6.0V 1600mAh NIMH Rechargeable Battery For Sokkia Total Station

Place of Origin China
Brand Name Sokkia
Certification ISO CE
Model Number BDC25B/BDC25A
Minimum Order Quantity 5 Pieces
Packaging Details Box and Carton
Delivery Time 5~8 work days
Payment Terms T/T
Supply Ability 1000 pieces per month
Product Details
Cell Type NIMH Voltage 6.0V
Capacity 1600mAh Charger CDC25
Temperature 10~40 °C Dimension 103*44*60mm
Color Grey Weight 160g
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1600mAh NIMH Rechargeable Battery

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6.0V NIMH Rechargeable Battery

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Total Station NIMH Rechargeable Battery

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Product Description

Rechargeable Sokkia BDC25B Replacement Battery for Sokkia SET 5A/5S/5W Total Station

 

Model: GEB25B

 

Specifications:

Voltage 6.0V
Weight 170g
Size 103*44*60mm
Type Ni-Mh
Capacity 1600mAh
Package Individual Box Package
Warranty 1 Year
Charger CDC25
Temperature 10~40 °C
Used For Sokkia SET Total Station

 

Highlights:

  • Equivalent to Sokkia BDC25A battery
  • Rechargeable
  • 6 Volts
  • 1600 mAh capacity
  • Compatible with Sokkia SET 5A, SET 5E, SET 5F, SET 5FS, SET 5S, SET 5W, SET 5WS total stations

 

Cell Type

Most survey batteires currently use nickel-cadmium (NiCd), nickel-metal hydride (NiMH) and Lithium Ion (Li-Ion) cells. The cell type is marked on the battery.

 

NiCd

NiMH cells have a higher internal resistance than NiCd cells and are therefore not suitable for such high charging and discharging currents, or low temperatures as NiCd cells. The voltage of the battery collapses rapidly at negative temperatures and high current loading. This can result in the activation of the deep discharge protection fitted in all Leica Geosystems batteries. This means that the full capacity of the NiMH batteries cannot be drawn at low temperatures. Leica Geosystems only uses NiMH cells that provide problem-free operation when supplying the current drawn by all Leica equipment, even at –20 °C (–4 °F).

 

NiMH

NiMH cells have a higher internal resistance than NiCd cells and are therefore not suitable for such high charging and discharging currents, or low temperatures as NiCd cells. The voltage of the battery collapses rapidly at negative temperatures and high current loading. This can result in the activation of the deep discharge protection fitted in all Leica Geosystems batteries. This means that the full capacity of the NiMH batteries cannot be drawn at low temperatures. Leosurvey only uses NiMH cells that provide problem-free operation when supplying the current drawn by all Leica equipment, even at –20 °C (–4 °F)

 

 

Li-lon

Li-Ion cells have a high energy density. This minimises battery size and weight. It is a low maintenance battery; there is no memory effect and no scheduled cycling is required to prolong the battery’s life. In addition, the self-discharge is less than half that compared to NiCd. The batteries have a lifetime of about 3 years from manufacture. This is caused by internal oxidation which is hastened at high temperatures. The Li-Ion batteries supplied by Leosurvey have a protection circuit to maintain safe operation, limits the peak voltage of each cell during charge and prevents the cell voltage from dropping too low on discharge. In addition, the cell temperature is monitored to prevent temperature extremes.

6.0V 1600mAh NIMH Rechargeable Battery For Sokkia Total Station 0

6.0V 1600mAh NIMH Rechargeable Battery For Sokkia Total Station 1