237
AS
A
ψ
38.5
ψ25
ψ15.7
BONNET
FWD-OFF
TORQUE REGULATING HANDLE
ψ33/ψ35.5
(Egg-shaped)
-REV SW
HANGER
RING
LABEL
BIT SLIDE SLEEVE
Push
start
type
□
Accessories
This product comes supplied with a pair of carbon brush and two bits.
□
Bits(one set per screwdriver)
Start and stop: For lever start type. The motor begins running when the lever is depressed and stops when it is released.
For push to start type. When the screwdriver is pressed onto a screw perpendicularly, inwards pressure from the
screwdriver bit engages the power switch, and the motor begins running. When the pressure on the screwdriver is released,
the bit and power switch revert to their original positions and the motor stops running.
Driving and removing screw: Before operation, set forward/reverse switch properly. To drive a screw, set the switch to the
forward(FWD) position. To remove a screw, set it to the reverse(REV) position. Press the screwdriver onto the screw
perpendicularly to being operation. Note: Don’t operate the FWD/REV switch when the motor is running.
When removing screws: when a previously driven screw cannot be removed using the same torque that it was driven with,
raise the torque setting. After the screw is removed, return the regulating handle to its original setting. To simplify this
operation, note the number ‘click’ sounds generated as the regulating handle is turned. When removing a screw, if the
required torque is higher than the screwdriver’s output torque, the clutch may not disengage, causing the user’s hand and
arm to be twisted. In this case immediately set the forward/reverse switch to “OFF” to cut the motor power and prevent
injury.
Secure screwdriver during operation: During operation, hang the screwdriver up securely (as from balancer) in order to
prevent it from being knocked down and suffering external cracking, internal damage, or a snapped power cord.
Changing the carbon brush: Insert a slotted hand screwdriver with a 2mm to 4mm head edge into the slot and lever up the
carbon maintenance bonnet. Remove the used carbon brush and insert a new carbon brush of the same specifications in
the empty space. To complete the operation, close the carbon brush cover tightly by pressure.
(as shown below step 1 to step 4)
Note:
․
When changing the carbon brush first unplug the screwdriver. Use a factory specification carbon brush.
․
The notch on the carbon brush surface must face into the direction of the rotor rotation.
When the selected torque is reached: This product features an internal clutch assembly. When a screw is driven and the
selected torque is reached, the clutch assembly will automatically disengage and a ‘click’ will be heard. At this point, even
if the ‘trigger’lever or depress force is not released, the power to the motor will be automatically cut off.
Note: When driving screw, grasp the screwdriver firmly in order to prevent upwards recoil generated by the clutch
release from forcing the screwdriver bit edge form the screw slot and damaging slot.
Torque settings: Use the regulating handle to set the torque. Turning it in a clockwise direction into the screwdriver will
increase the torque. Turning it counterclockwise out of the screwdriver will decrease the torque.
Note: The engraved markings on the engraving ring are for reference only and do not indicate torque output.
Torque output can only be determined by repeated testing with a torque meter or hand-held spanner torque
meter. To prevent your torque setting from being changed we can provide a torque cover (optional) which
covers and secures the regulating handle.
Bit insertion: Use your finger to depress the slide sleeve into the screwdriver and insert an appropriate bit. When the slide
sleeve is released, the bit will be automatically engaged.
Note: Do not hammer the bit in or pull it out forcibly.
Bit specifications
ψ
5.0
1/4"Hex
Tip
NO.
Tip
Diameter
D
P#
Tip
NO.
Tip
Diameter
D
P#
Available
Screwdriver
Model
#1
ψ
3.0
7W3644 #1
ψ
3.0
7W6644
#2
ψ
5.0
7W3864 #2
ψ
4.5
7W6764
ASA6000
ASA6000PS
#1
ψ
3.0
7W3644 #1
ψ
3.0
7W6644
#2
ψ
5.0
7W3864 #2
ψ
6.0
7W6964
ASA6500
ASA6500PS
#1
ψ
5.0
7W3844 #1
ψ
4.5
7W6744
#2
ψ
5.0
7W3864 #2
ψ
6.0
7W6964
ASA6800
ASA6800PS
□
Power supply(optional)
Dimension mm
Model
L W
H
Operation volt
(AC)
Output volt
(DC)
Weight
(g/lb)
APS-30UA 100-120V
APS-30UE
154 84
52
220-240V
30V(constant) 620/1.36
115V
APT-65 220
118
96
230V
30V/20V 3400/7.5
․
APS-30UA/APS-30UE are switching circuit power supplies with 0.8"max time settable soft start circuit.
They are light and small, consume little electricity and supply stabile voltage.
․
Stabilizer accessories
：
2 locking ties, 2 pieces of
double-sides tape(only for APS-30UA/APS-30UE)
□
Before use, read the following
Use the correct voltage: Carefully check the voltage shown on the power supply and this manual and determine
the correct voltage. Only plug the unit into a power source of the correct voltage.
Determine the appropriate torque range: choose the correct screwdriver for the torque you will require. To
lengthen product life, avoid long-term high torque use.
Make sure the screwdriver is undamaged: If the power code is scraped or damaged, it should be immediately
unplugged and replaced to avoid electric shocks or a short circuit that could result in fire.
Use in an appropriate work environment: To ensure safety, do not use in high temperature, high humidity
environments or near flammable materials. Keep the power cord away from tools or equipment that might scrape
or melt it.
When plugging in or unplugging the power cord, hold the plug firmly. Never pull on the cord.
□
Method of operation and important points
Brace fastened objects securely-Before operation, refer to “torque settings” item to determine the appropriate
torque , and adjust the screwdriver to the appropriate torque. Make sure that the fastend objects are securely braced,
and then begin operation. This procedure will avoid hazardous rapid rotation of the fastened objects due to
excessive torque or insufficient bracing.
CONVEX POINT
CONVEX POINT
GUIDE NOTCH
GUIDE NOTCH
RECEPTACLE
(SCREWDRIVER SIDE)
(SCREWDRIVER SIDE)
RECEPTACLE
6P PLUG
5P PLUG
