Sale of the Tie-bar strain sensor is

Tie-bar strain sensor

TIE-BAR STRAIN SENSOR (Strain sensor /Tie-bar sensor)

Tie-bar measurement system by wireless communication,

Simultaneous strain measurement with four Tie-bars for press, injection molding, blow molding, and die casting machines

Tie-bar sensor QE1008-W is a distortion meter to measure at the surface of the mounting location by the installation with the magnet with a foil distortion gauge sensor directly (distortion meter).
A steel band and other installation aids are unnecessary for installation, and installation is easily possible very quickly.
By the incorporation of the steel wireless module, it is a superior function and the highest Tie-bar measurement sensor with the usability.
Primary applications include maintenance and research and development of injection molding machines.

　◆Main characteristic　

Magnet type Tie-bar sensor: Magnet allows easy installation and can be installed in seconds. Achieves stable strain measurement with high clamping force.
The strain value is expressed in με, kn or t units.
An at the same time distortion measurement in up to four Tie-bar is possible. It is also useful as a mold clamping sensor to measure mold clamping force.
Wireless transmit and receive (2.4 GHz) eliminates the need for cables.
Can be used on flat surfaces and tie-bars with a diameter of 45 mm or more.
USB or Bluetooth interface receiver is selectable.

　◆Main characteristic　

Early detection of the damage risk of the Tie-bar
- Safe securing of worker
- The trouble prevention of the machine
Quality control of the product
- The distortion balance measurement of four Tie-bar
Setup of the machine at the time of the trial run
At the time of Die exchange or periodical maintenance

Technical data: Sensor (distortion meter)
Strain gauge type	Foil (GF = 2.0)
Bridge resistance	350Ω
Measuring range	±800με
Output signal for radio transmission	IEEE 802.15.4TM
Signal range	Up to 100m (depending to operating area)
Sensitivity tolerance	±0.2%
Transverse sensitivity	0.9±0.2%
Accuracy	<±0.5% FS
Linearity	<±0.5% FS
Hysteresis	<±0.5% FS
Repeatability	<0.2% FS
Operating power consumption	2x 1.2VDC (2x AAA rechargeable battery)
Charger power consumption	100 ... 230VAC
Ambient temperature	5...65°C
Storage temperature	0...65°C
Overload capability	unlimited
Type of protection	IP40
Materials: Housing	Aluminum
Materials: Cover	Plastic
Weight	530 g

Technical data: Transceiver module
	QE1008-W-USB-G	QE Booster
Max. pairable sensors	8	8
Power supply	External via USB (5.0 VDC-500 mA)	Stand alone with integrated litium battery
Connector type	USB-A male	USB-C female
Battery type	-	LiPo 3.7V 340 mAh
Battery life	-	12 hours
Charging time	-	~ 2 h
Charging requirements	-	USB (5.0 VDC-500 mA)
Protection class	IP40	IP40
Case material	Plastic	Plastic + holding magnets
Weight	100 g	50 g

Technical data: Transmission
	QE1008-W-USB-G	QE Booster
Frequency	2.4000-2.4835GHz (ISM band)	2.4000-2.4835GHz (ISM band)
Protocol sensor to transceiver	IEEE 802.15.4TM	IEEE 802.15.4TM
Protocol transceiver to end device	USB 2.0	Bluetooth 5 (low energy)
End device compatibility	Sensormate App: - Windows 10 Inspectmate Software: ‒ Windows XP/7/8/10	Sensormate App: – Windows 10 – Android 6.0 or newer – IOS 8.0 or newer
TX-power	0dBm/1 mW (max.)	0dBm/1 mW(max.)
Range	For IEEE 802.15.4TM theoretical up to 100m (Typ. 30 m)	For IEEE 802.15.4TM theoretical up to 100m (Typ. 30 m) For Bluetooth 5 theoretical up to 300m (Typ. 30 m)
The transmission module is FCC (USA), IC (Canada), ETSI (Europe) and TELEC (Japan) certified. The MAC address is always unique and burnt into the hardware.