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2.4GHz Wireless Strain Logger (WL-S) Introduction With one differential channel, which include full strain gauge conditioning and programmable offset, the WL-S is compatible with most types of analog sensor. Fast and extremely versatile, the WL-S is designed to operate as part of a high speed wireless sensor network.
Power dissipation 0.24 Duration Standby Charge voltage Charge current Weight Size 64X50X18 Operating Temperature Range °C Sampling rate Internal flash Resolution 0.039 Input Range mV(Bipolar type) 1.22 3.78 V(voltage type) Export voltage Current Basic components ILOG, Antenna(Stub), USB-DC cable, Manual...
2.4GHz Wireless Strain Logger (WL-S) Optional components Antenna(Dipole), MSP-1000(Bluetooth AP), Bluetooth USB adapter, Solar Charger, Software , Bridge box, Conversion Cable Exterior SMA Connector Sensor Connector DC Jack LED Display Mount hole Mount hole Power on/off, Mode select switch...
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A connector to connect to the bridge box or sensor Switch Operation You can turn on the ILOG power When do you long time push to the switch (3 seconds over), or turn off. • Use to mode method...
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Connected via Bluetooth Connected via TCP/IP MSP1000(Bluetooth AP) IP : 192.168.161.5 Computer program is installed n(max 12) <use multi channel ILOG> Connected via USB Connected via Bluetooth Bluetooth USB adapter Only 1 channel Computer program is installed <use one channel ILOG>...
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2.4GHz Wireless Strain Logger (WL-S) Software -Setting Channel setting button Gain setting button Connecting button 1-3, you should set in order <Main window> Check the use Marking Select the sensor type Select the unit Enter the rate output The G.factor, coeffient value of...
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2.4GHz Wireless Strain Logger (WL-S) Window to set the value of amplification When using a bipolar type of sensor Use the default value, only if necessary Make changes <Gain-Offset setting window> Channel selection MSP and wireless data logger connection...
Notes FCC Statement FCC Statement THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES. OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS: 1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
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