Enerpac Equalizer SWi12/14TMEX, Руководство по эксплуатации и обслуживанию

Страница: 7 / 40

IM_SWi_EX_Rev14 5
3. Features & Components
3.1 SWi12/14TMEX Mechanical Spreading Wedge Feature Diagram
Figure 1:
1
4
5
7
2
3
6
1. SWi12/14TMEX Jaw
2. Wedge
3. Cover Plate
4. Body
5. Mechanical Cylinder
6. Handle Assembly
7. Anchor Point
1
4
5
7
6
3
2
3.2 SWi12/14TMEX Mechanical
Spreading Wedge - Feature Explana-
tion
The SWi12/14TMEX Spreading Wedge uses mechanical
torque to advance the wedge and spread the jaws.
3.2.1 SWi12/14TMEX Tool Capabilities
Spreading Force
Maximum SWL torque of 175 N·m [130 ft·lb] will generate
12 T [120 kN] spreading force on the 1st step and 14 T
[140 kN] spreading force on the 4th step.
Spreading Gap (See Section 4.1)
Using only the 1st step, the tool can spread from 6.0 mm
to 40.0 mm [0.24" - 1.6"].
Using all 4 steps, but without the stepped blocks, the
tool can spread from 6.0 mm to 87.5 mm [0.24" - 3.4"].
Using both steps on the stepped blocks, the tool can
spread 48.5 mm – 103.5 mm [1.9" - 4.1"].
3.2.2 SWi12/14TMEX Tool Function
Mechanical Tool Operation
The SWi12/14TMEX Spreading Wedge uses mechanical
torque to advance the wedge and spread the jaws. The
torque is applied using the supplied Torque Wrench,
enabling accurate control of the force applied.
Figure 2:
Torque Wrench Usage
Holding the Torque Wrench in one hand, unlock the
knurled handle by turning the locking knob anti-
clockwise.
Select the torque setting by turning the knurled handle
until the required torque value is indicated.
For example, to set the Torque Wrench to 46 N·m: turn
the knurled handle until the 0 on the fine scale aligns
with 40 N·m on base scale; now turn slightly further until
the 6 on the fine scale aligns with the central line.