Handheld Nutrunner Micro Tools
ESTIC's micro tool controllers manage our high-precision and high-quality tools. Equipped with a massive array of parameters, of which each can be modified directly from the screen. Abnormal tightening is detected from torque, angle, time, and torque rate to prevent tightening errors.
Mechanism to detect tightening failure
Torque and angle sensors are combined to provide highly accurate feedback to the controller during tightening.
These sensors monitor changes in torque and angle in real time to detect abnormal tightening, screw failure, galling, and other unexpected faults.
Additionally, ESTIC is more flexible with configuration options for error proofing, including rotation speed, angle, and torque stages.
Crossthead tightening is a phenomenon that can easily occur when the threads on the bolt misallign with the threads in the hole. During initial tightening, the time and angle from the start until the torque reaches the desired value will be extremely short.
ESTIC products detect crossthreading by monitoring these early torque spikes.
Screw damage is a phenomenon in which galling occurs when the surface of the screw thread is rough, the tightening torque is too large, or particles are adhered to the threads.
ESTIC products detect damaged threads by monitoring torque and angle zones for abnormal spikes.
Double Hit / Rehit
Double Hits occur when a counted tightening process is controlled by hand, and a tightened bolt is "hit" more than once. One or more fasteners are skipped and the system mistakenly passes the process, leaving untightened bolts on "finished" products.
ESTIC products prevent double hits by monitoring angle and time.
This can easily occur if two bolts of matching threads are used in the same station.
ESTIC can detect incorrect fasteners by monitoring the angle.
This occurs when tightening is performed without installing needed parts such as O-rings or gaskets. During tightening, torque increase will occur later in the fastening than expected.
ESTIC can detect forgotten parts by monitoring time and angle.
This occurs when tightening without a bolt due to a bolt feeding or reception failure with an automatic feeder.
ESTIC detects this by monitoring fastening time.
Defective lower hole
Bottom hole failure is a phenomenon that occurs when the depth of the hole is insufficient or tapping is defective.
During this tightening, the hole failure is detected by managing the time and angle until the set torque or angle is reached.
One control unit can handle all ESTIC handheld tools. When multiple tools are used in the field, no control unit selection is required. Keeping backup units is simple and it leads to cost reduction.
Large Memory Capacity Contributes to Traceability
Various tightening data is saved, such as fastening results history (50,000 entries), Torque curve history (60 entries) and system error history (50 entries) on Handy 2000 Touch.
Communication Techno logy
Our Handy 2000 Series comes equipped with an all-in-one platform that allows for easy integration and communication with any network infrastructure.
Improve both productivity and quality by making the Handy 2000 Series the centerpiece of your assembly line.
Handy 2000 Series Management Software
This is the dedicated support & management software for all Handy 2000 series controllers.Basic as well as advanced management functions of Handy 2000 models are supported :Read/write parameters, project data storage & management, tightening result & curve monitoring, I/O & Fieldbus signal assignment, and more.
Data Logger is the dedicated traceability software for all Handy 2000 series controllers.
Output data (tightening results & curves) can be safely stored in a database and displayed.
The saved tightening data can also be exported in Excel format for easier data analysis.
Handy 2000 Micro
A dedicated controller for micro tools; the 4.3-inch color touch panel features a compact design with all of the network functionality of our other controller models. Top of the line in its industry, this model achieves exceptional performance and easy operation in a compact packaging.
|Display screen||High visibillity 4.3-inch LCD touch screen, Operation Keys (7 pieces), LED lamp (4 pieces)|
|Fastening methods||Torque control, Torque control angle monitoring, Angle control, Torque or angle control, Torque and angle control, Reverse angle control, Yield control, Yield angle control, Inspection toruque method|
|Fastening mode||Direct mode (Continuous fastening)|
|Fastening Channel||Max. 99 Channels|
|Fastening Result History||Max. 50,000 records|
|Torque Curve History||Max. 60 records (OK fastening: 30, NG fastening: 30)|
|Communication Port||COM (Handy 2000 management software connection, Barcode reader connection, RS-232C port for connection with serial printer/PC data output)
ETHER (Ethernet connection port 10/100 BASE-T (RJ45 2Port))
PC-USB（USB connector (miniB type)）(Handy 2000 management software connection)
NET (NET connection port for tracer arm, socket tray and NET I/O)
FIELDBUS (DeviceNet, PROFIBUS, CC-Link, EtherNet/IP, PROFINET, EtherCAT, CC-Link IE, PROFINET High Speed (option))
|Ethernet (LAN)||2 Ethernet ports are available. It makes networking simple without the switch (daisy-chainable).
Management software is able to connect through Ethernet, and it is also possible to monitor/control and collect data with a server by the special protocol.
|Fieldbus||DeviceNet, PROFIBUS, CC-Link, EtherNet/IP, PROFINET, EtherCAT, CC-Link IE, PROFINET High Speed (option)
Bit signal and Word data are assignable, and input and output Bit and Word
|Memory||Program/system parameter, Allocation of I/O, Fastening Results, Fastening Result History, Torque Curve History, System Error History
Parameter in USB flash drive, Fastening result storage
|USB Flash Drive||Fastening results can be exported to USB Flash Drive.
Program file can be inported and exported.
|Outer Dimensions||W167 x H153.5 x D63.5 mm|
|Weight||Approx. 1.0 kg|