EB33LC216-27 EB-Series Corded Crowfoot Lever Tool 27 Nm
Corded, transducer-controlled crowfoot lever torque tool for precision threaded assembly applications. Max torque: 27 Nm.
The EB33LC216-27 is an EB Series corded DC electric lever start style crowfoot nutrunners designed for controlled threaded fastening in industrial assembly.
It is part of STANLEY Assembly Technologies' EB platform, which is engineered for precision fastening, process control and data collection in safety-critical and production environments.
The tool configuration supports crowfoot access geometry with a catalog maximum torque of 27 Nm, allowing it to be matched to applications where controlled torque, angle monitoring, fastening status and plant connectivity are required.
According to the EB datasheet, EB tools connect to plant infrastructure through STANLEY SC or QB series controllers for power and data connectivity, with collected data including torque, angle and job-configured OK/NOK status.
Use this model where the documented crowfoot geometry, torque range and lever start style configuration are appropriate for the fastening process.
Specifications
| Specification | Detail |
|---|---|
| Series | EB Series Corded DC Electric Tool |
| Power source | High-Power Electric Brushless Motor |
| Trigger type | Lever Start Style |
| Output type | Crowfoot |
| Head size/output code | 216 |
| Configuration | Standard |
| Max torque | 27 Nm |
| Rated speed | 990 RPM |
| Max torque equivalent | 19.9 lb ft |
| Nose radius R | 13 mm (0.5 in) |
| Thickness T | 15.0 mm (0.59 in) |
| Width W | 31.8 mm (1.25 in) |
| Output length P | 47.3 mm (1.86 in) |
| Length L | 530 mm (20.8 in) |
| Weight | 2.5 kg (5.5 lb) |
| Maximum hex size | 13 mm (1/2˝ in) |
| Process data | torque, angle and job-configured OK/NOK status are supported through EB Series process-control architecture. |
| Connectivity | EB tools connect through STANLEY SC or QB series controllers; supported protocols listed in the datasheet include OPEN Protocol, TOOLSNET, PFCS, Toyota PI, NPL, FORD Protocol, Ethernet/IP and ProfiNet. |