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Desouttertools Manual Battery Solutions XPB Modular XPBM-6000 is an ergonomic cordless battery drill. Below is an overview:
Delivery information typically includes delivery times, shipping methods, packaging, etc., which may vary depending on the seller and the location of purchase.
| Technical Description | |
|---|---|
| Design and functions | |
| Main Material type | Composite |
| Reversible | Yes |
| Screen | Yes |
| Starting system | Trigger |
| Thrust sensor | No |
| Tool type | Pistol |
| Trigger type | Bi-Step |
| Power | |
| Battery type | Lithium-ion |
| Battery voltage | 36 V, 18 V |
| Energy | |
| Energy type | Battery |
| Size and weight | |
| Battery Weight | 0.46 kg |
| Height (H) | 198 mm |
| Length (L) | 174 mm |
| Width (W) | 47 mm |
| Weight | 0.85 kg |
| Connectivity and display | |
| Communication type | None |
| Connectivity | Stand-alone |
| General | |
| Family | Drills |
| Subfamily | Battery Modular Drills |
| Noise and vibrations | |
| Sound Power | 61 dB(A) |
| Uncertainty vibration-K | 1.5 m/s² |
| Vibration (m/s²) | <2.5 |
Features a bi-step trigger, standalone model without Wi-Fi connectivity. Modular battery tool - 6000 rpm with bi-step trigger.
Incorporates a progressive trigger, also a standalone model without Wi-Fi connectivity.
The standalone tool weighs 0.85 kg, while its compatible battery weighs 0.46 kg. The physical dimensions of the drill are 198 mm in height, 174 mm in length, and 47 mm in width.
No, both the XPBM-6000 and the progressive trigger variant (XPBM-6000-P) are stand-alone models configured without Wi-Fi connectivity capabilities.
The standard model (XPBM-6000) features a bi-step trigger mechanism, whereas the XPBM-6000-P model (Part Number: 6151763440) is equipped with a progressive trigger system.
The XPB Modular battery drill is designed to operate on Lithium-ion power systems and is compatible with both 18 V and 36 V battery setups.
The tool features low vibration and noise outputs, operating at a sound power level of 61 dB(A), with overall vibrations kept under 2.5 m/s² (uncertainty vibration-K is 1.5 m/s²).
