Stop too early
Torque not correct
Screw missingScrew thread damaged
OK
NOK
Change PSET by OLED screen
Using software to set detail tightening
program to meet different tightening
application and check relevant in time to
find quality problems in time and reduce
losses Interface of Software
OLED Screen
High accuracy
±�.�% for target torque
Good performance
Long servicing time
Data monitoring
Step torque, angle, time monitoring, screw slippage, floating
lock, and NG alarm
Data Storage
Communication
Adaptive programming
Varies of tightening strategies
Multi-task Job Setting
Max �� sets of Job(Pset combining)
Optional Fixed/Handheld use
Industrial design appearance
Multiple alarm information display
OLED screen、Light、buzzer
Cable connector
Status indicator light
Imported motor with
good preformance
OLED screenErgonomic designBit quick connector
Setting button
Trigger Fixed/Handheld use
PT:Power
Tool
C:Current
Motor Type
Torque type
Head Type
Operation
Max Torque
N-Nm;M-mNm
Bit quick connector
Stretch length of
spring:���:no
length
D:DC
S:Straight type
����M:�.��Nm
����M:�.�Nm
����N:�.�Nm
����N:�Nm
����N:�Nm
����N:��Nm
H:Handheld
Grip diameter
H�:Hex ¼"
HM:HM�
G:Generation
Starting mode
P:Pushed-Trigger
PTC- DSH -����N- 32 - H�P - ���- G�
Model Description
Model
PTC-DSH-����M-
��-HMP -���-G�
PTC-DSH-����M-
��-H�P -���-G�
PTC-DSH-����N-��-
H�P-���-G�
PTC-DSH-����N-��-
H�P-���-G�
PTC-DSH-����N-��-
H�P-���-G�
PTC-DSH-����N-��-
H�P-���-G�
�.��-�.�� �.�-�.� �.�-� �-� �.�-� �-��
���� ���� ��� ��� ��� ���
���*�� ���*�� ���*�� ���*�� ���*�� ���*��
�� �� �� �� �� ��
��� ��� ��� ��� ��� ���
> ����w
> ���w
HM� Hex �/�" Hex �/�" Hex �/�" Hex �/�" Hex �/�"
Trigger start/remote start
OPT-STC-DC�- V�-���W OPT-STC-DC�- V�-���W
OPT-SCT-V�-DC�-�� OPT-SCT-V�-DC�-��
Torque Nm
Max Speed rpm
Dimension mm
Grip diameter mm
Weightg
Life time
MTTF
Quick connector
Tools Controller
Tools Cable
D
�
: This size is the diameter of the tool installation position
Intelligent Screw Driver
DRDC (�.��-��Nm)Normal r easons f or NOK
T
[Nm]
T+
TF:T
T-
T
S
A
O
A
-
A
+
A[0]
Screw have been tightened
Screw taller than normal
(hole too shallow)
Speed too high in tightening
Wrong sitting point Screw quality
not good
(in torque control
strategy)
Threshold
torque
Stripped joint
Screw quality not good
(in torque control
strategy)
Interface of controller
Original problems in tightening process
Advantages
Parameter
�� ��
Startup mode
Support IO/TCP/IP RS���, could communicating with PLC,
IPC and any other devices with this interface
Ergonomic design, reduce the feeling of fatigue, improve the
comfort of holding
Threaded external connection, can quickly match the vacuum
nozzle, fixed structure, external coupling, universal joint, etc., to
meet the requirements of different automation applications
Torque, angle, torque/angle, speed control strategy and etc.
help customers to handle the different tightening requests
Automatically learns tightening process parameters and
automatically generates tightening program, reducing the
setting of tightening strategy time
European advanced motor technology, higher dynamic
response, more stable torque output, meet the requirements
of various extreme tightening processes
Super long servicing time and low frequency of maintenance
Locally, max �� sets of Pset(Parameter Setting), ��,���
tightening results
Recently, the quality of the assembly process is more
and more important in product manufacturing. A lot of
products need whole process monitoring, save each
tightening result and data for the maintenance and
problem track in future. According to this situation,
Danikor launched the new generation of intelligent
handheld screw driver(IHSD) for helping customers to
handle such requests in their process. Danikor’s IHSD
could provide the tightening data in real time and control
each step or stage of the tightening process accurately to
improve the quality of the parts connecting.
IHSD will help you to monitor the problems in your tightening
process and improve the quality of your products. Make sure
That the final tightening torque and angle are both incorrect
range via IHSD