QX Series™ 40V Cordless Torque Multiplier
Product Description
Meet the new QX Series™ 40V Cordless Torque Multiplier –– the 40-volt platform that’s taking torque to the next level. This highly evolved workhorse is packed with all the power and precision to go where no wrench has gone before, including pipe assembly, oil refineries, and tire lanes.
The QX Series™ 40V Cordless Torque Multiplier is more rugged, durable, and twice as fast as its 20-volt QX Series™ counterpart while still offering the premium accuracy, comfort, and control. An on-board persistent clock automatically timestamps, an advanced cooling fan extends runtime, and an ergonomic handle maximizes support
Specification
| Engine & Carrier | |
|---|---|
| Model | QXBD5PT200PM12 QXXD5PT200PM12 QXFD5PT200PM12 QXBD5PT500PM12 QXXD5PT500PM12 QXFD5PT500PM12 QXBD5PT10CPM12 QXXD5PT10CPM12 QXFD5PT10CPM12 QXBD5PT13CPM16 QXXD5PT13CPM16 QXFD5PT13CPM16 QXBD5PT20CPM16 QXXD5PT20CPM16 QXFD5PT20CPM16 QXBD5PT27CPM16 QXXD5PT27CPM16 QXFD5PT27CPM16 QXBD5PT40CPM16 QXXD5PT40CPM16 QXFD5PT40CPM16 |
| 212 3/8" Impact Wrench | |
| Max Torque ft-lb(Nm) | 148.5 (200 Nm) : QXBD5PT200PM12 QXXD5PT200PM12 QXFD5PT200PM12 369.9 (500 Nm) : QXBD5PT500PM12 QXXD5PT500PM12 QXFD5PT500PM12 737.6 (1000 Nm) : QXBD5PT10CPM12 QXXD5PT10CPM12 QXFD5PT10CPM12 995.7 (1350 Nm) : QXBD5PT13CPM16 QXXD5PT13CPM16 QXFD5PT13CPM16 1475.1 (2000 Nm) : QXBD5PT20CPM16 QXXD5PT20CPM16 QXFD5PT20CPM16 1991.4 ( 2700 Nm) : QXBD5PT27CPM16 QXXD5PT27CPM16 QXFD5PT27CPM16 2950.2 (4000 Nm) : QXBD5PT40CPM16 QXXD5PT40CPM16 QXFD5PT40CPM16 |
| Torque Min. ft-lb (Nm) | 29.5 (40 Nm) : QXBD5PT200PM12 73.8 (100 Nm) : QXBD5PT500PM12 147.5 (200 Nm) : QXBD5PT10CPM12 199.1 (270 Nm) : QXBD5PT13CPM16 295.0 (400 Nm) : QXBD5PT20CPM16 398.3 (540 Nm) : QXBD5PT27CPM16 590.0 (800 Nm) : QXBD5PT40CPM16 |
| Speed (rpm) | 83 RPM : QXBD5PT200PM12 27 RPM : QXBD5PT500PM12 15 RPM : QXBD5PT10CPM12 11 RPM : QXBD5PT13CPM16 6.8 RPM : QXBD5PT20CPM16 5.5 RPM : QXBD5PT27CPM16 3.3 RPM : QXBD5PT40CPM16 |
Resources
| PTL_101_06_2022_QXM40VCordlessTorqueMultiplier_07_2022_final.pdf |
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