Wi-Fi Inclinometer

Description

• Product info

  Wi-Fi inclinometer SST300 integrated with experienced wireless Sensor Network(WSN) technology& patented tilt measurement technology, suit for industrial remote tilt measurement system application where required precision tilt data, security & reliable data transmission, easy data collection & analysis.
  Based on this wireless inclinometer, easy to build one WSN system with lower-cost, shorter integrating period, stable & reliable long-term running, more compatibility ability with other type sensors .
  Thanks to Wi-Fi technology, this industrial wireless inclinometer can perfectly match most commercialclass terminal mobile product, to enhance owned advantages itself.These advantages are as followed:
  ① High-accuracy robust SST300 utilizing advanced MEMS sensor technology to ensure maximum reliability even in the harshest environment.
  ② Adopt mature experienced Wi-Fi technology, to ensure accurate data remote transmission.
  ③ iAngle TM support to various software operation platforms, such as Windows system (Microsoft), iOS (Apple), An droid (Google), no matter the device is portable, moving or not.
  ④ Easy to connect mobile & fi xed devices (with Wi-Fi interface) and build wireless network automatically, to realize data acquisition, storage, analysis and query.
  ⑤ With mobile terminal device (iPhone or iPad), surveyor & engineer can log & record data remotely while PLC system and control equipment running, especial to project monitoring, fi eld equipment installing and debugging.
  ⑥ Easy to add & reduce amount of sensor or terminal equipment, can realize many sensor data queried by one device and one sensor datum queried by many devices simultaneously.
  ⑦ Lowest-cost to realize remote tilt measurement, data storage & analysis on your hand anytime & anywhere, may mostly replace to traditional spirit-levelmeter.
  ⑧ Through internet, data query in other cities comes true and it enables users to diagnose and set sensor remotely.

  

  Picture 1 Data cabling & wireless transmission in original /traditional PLC control system.

  SST300 Wi-Fi inclinometer can set up network connection through IP address access and using Ad-Hoc or AP model. With Ad-Hoc network, wireless device can connect each other directly. Refer to picture 2.
  With AP network, data communication between sensors & PC/intelligent terminal equipment can be realized, also uploaded to other network with router, such as GPRS, 3G and ADSL. Refer to picture 3.

  

                          Picture 2 Ad-Hoc application                               Picture 3 AP network application

• Size & Wiring

  Dimensions(Wi-Fi Antenna adjusted to upright & rotary)
  Note: For analog/digital output in parallel, the sensor height will chang, please ask us for details.

  

  Table 3 Connector definition(Only for Wi-Fi interface)

  Pin	Function
  A	Power+
  B	Power
  C	NC
  D	NC
  E	NC
  F	NC
  G	NC

• Ordering

  

  If need other digital or analog output simultaneously, please order separately. The standard output is Wi-
  Fi only, for others please refer to table 5.2.
  PC application software and test report please refers to Table 5.3

  Table 5.1 Accessories

  Item	Order Code	Accessories name	Function
  Functional model (built-in)	F1	GPS module	Positioning accuracy 2.5m CEP; 2.0m @ SBAS Local gravity acceleration automatic revision Time pulse accuracy: 30ns RMS, Original data refresh rate: 4Hz Speed accuracy: 0.1m/s,Receiver type:GPS L1 band,C/A code; Higher positioning accuracy GPS available
  	F3	Compass module	Plane compass technology Range: 0~360° Accuracy: <±1.0°RMS, Resolution: 0.01° Hard-iron compensation circuit Hgher accuracy or 3D compass module available
  	F4	Gyro module	±100/250/400°/s, X/Y/Z axis dynamic angular rate In-run bias: ±0.02°/s, Non-linearity: 0.1%FS Bandwidth: 50Hz,Noise density：0.02°/s/√Hz Higher accuracy gyro module available
  Cable & plug	C1	Standard Cable with plug	Military class connector(meet MIL-C-26482),Standard 2M cable,IP67 protection, heavy duty up to 30kg
  	C6	Standard plug	According to MIL-C-26482
  Temperature drift	D1	Temperature drift	Temperature compensation range 0~60℃,accuracy ±0.01°@≤±30°
  	D2	Temperature drift	Temperature compensation range 0~60℃, accuracy ±0.01°@>±30°
  	D3	Temperature drift	Temperature compensation range -20~60℃, accuracy ±0.02°@≤±30°
  	D4	Temperature drift	Temperature compensation range -20~60℃, accuracy ±0.02°@>±30°
  	D5	Temperature drift	Temperature compensation range -30~60℃, accuracy ±0.03°@≤±30°
  	D6	Temperature drift	Temperature compensation range -30~60℃, accuracy ±0.03°@>±30°
  	D7	Temperature drift	Temperature compensation range -40~65℃, accuracy ±0.05°@≤±30°
  	D8	Temperature drift	Temperature compensation range -40~65℃, accuracy ±0.05°@>±30°
  	D9	Temperature drift	Temperature compensation range-40~85℃, accuracy ±0.05°@≤±30°
  	D10	Temperature drift	Temperature compensation range -40~85℃, accuracy ±0.05°@>±30°

  Table 4 Options

  Order Code	Name	Function
  00	RS232 interface	Directly angle data output Data format: ASCII, 115200 Baud (adjustable), 8 data bits,1 start bit,1 stop bit , none parity Refresh rate: 5Hz, optional 10Hz, 20Hz
  G1	RS485 interface	Isolated RS-485/422 transceiver, Compatible with half-duplex or full-duplex communication ±15kV ESD protection for RS-485/RS-422 physic pin Compatible with ANSI/TIA/EIA-485-A-98 and ISO8482:1987(E) Comply with UL1577—2500V rms for 1min Transmission rate up to 500 kbps, support 256pcs max node High common mode transient suppression ability ＞25kV/us Support Modbus-RTU, sensor supply HEX or ASCII communication Built-in to SST300 inclinometer
  G2	RS422 interface
  G19	4~20mA output	Output current and Angle data in proportion precisely Linearity：0.02%FS max Output impedance 39Ω, allow load impedance 625Ω max Overheating and against access protection Built-in to SST300 inclinometer
  G20	0~5VDC output
  G22	0~10VDC output
  G23	-10~+10VDC output