3M™ TR-830 Versaflo™ Battery TR-830 | Free Shipping and No Sales Tax
Save 9%
Original price
LE 46,406.00
Original price
LE 46,406.00
-
Original price
LE 46,406.00
Original price
LE 46,406.00
Current price
LE 42,328.00
LE 42,328.00
-
LE 42,328.00
Current price
LE 42,328.00
3M™ TR-830 Versaflo™ Battery TR-830/94243(AAD), Intrinsically Safe, for TR-800 PAPR Free Shipping from 3M and No Sales Tax. 1 in stock for next business day shipping.
3M ID 7100150925, UPC 00076308942434, 3M Product Number TR-830
- Mechanical Attachment ensures secure connection as required by the most current UL standard (UL 60079, 6th Edition, 2013) for Intrinsically Safe PAPRs.
- Approximately 750 full charge/discharge cycles
- Built in charge level indicator
- Charges quickly (90% charge in approximately 3.5 hours)
- Specifications
Battery Life |
4 - 8 Hours |
Battery Type |
Lithium-ion Rechargeable |
Brand |
Versaflo™ |
Case Quantity |
1/case |
Compatible With |
3M™ Versaflo™ TR-800 Series Battery |
Includes |
TR-838 Battery Attachment Tool |
Intrinsically Safe |
Yes |
Product Series |
TR-800 |
Product Type |
Battery |
Recommended Application |
Composite Finishing, Final Finish, Paint Preparation, Painting, Spray Coating, Welding |
Recommended Industry |
Transportation |
Specifications Met |
NIOSH Approved |
TDS Required |
Yes |
- Details: Lithium Ion Rechargeable battery for TR-800 PAPR
-
The TR-830 is a lithium-ion battery pack for TR-800 Series PAPRs
Features a charge level indicator and utilizes a mechanical attachment of the battery to the TR-802N PAPR blower motor as required by the most current UL standard (UL 60079, 6th Edition, 2013) for Intrinsically Safe PAPR.
When equipped with a new Intrinsically Safe Battery (TR-830) and new filter, the TR-800 PAPR assembly has a run time of 4-8 hours depending on system configuration used. PAPR runtime will vary based on battery age, filter loading, filter or cartridge selection, and user selected air flow setting. The battery also can provide approximately 750 full charge/discharge cycle equivalents while maintaining 80% of its original capacity.