Thermal-shock-proof Inclinometer

• Vigor Technology
• Withstand 1200℃ thermal shock within 5 minutes
• Special cable protective cover
• IP65 protection grades
• High resolution & accuracy& stability
• Particular high temperature material, structure designX sensitive axis mark

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Datasheet

The thermal-shock–proof inclinometer is based on a high performance/reliability/stability inclinometer. It is specially designed in shell material, connector, insulation, cable protection, etc., with finite element (FEA) analysis tools. It is a professional tilt angle measuring product for the highest temperature environments.

Applications
Electric power, chemical, metallurgy and other industries with high-temperature regions.
Metallurgical heat-treatment equipment, high-temperature fluid pipeline equipment.
Missile launch vehicles, launchers, aircraft carriers and other military equipment exposed to high-temperature regions.

Table 2 RS232 pin definition
Cable wire color	Function
Red	Power+
Black	Power GND
Green	Signal GND
Yellow	NC
White	NC
Blue	RS232-TXD
Brown	RS232-RXD

For example, if ordering a dual-axis thermal shock-proof inclinometer with range ±15°, room-temperature accuracy ±0.02°, RS422 output, and 2-meter cable with plug, the model should be:
SST302-15-G2-00–B1-C15-00.

Table 3 Accessories
Item	Order Code	Accessories name	Function
Output interface	00	RS232	Direct angle output; Baud 115200 (adjustable), 8 data bits, 1 start bit, 1 stop bit, no parity; Refresh rate 5 Hz (optional 10 / 20 Hz)
	G1	RS485 output	Isolated; half/full-duplex; ±15 kV ESD protection; ANSI/TIA/EIA-485-A-98 & ISO 8482:1987(E); UL1577 — 2500 Vrms 1 min; Up to 500 kbps; max 256 nodes; CMRR > 25 kV/µs; Modbus-RTU; HEX/ASCII communication
	G2	RS422
	G3	CAN	ISO/DIS 11898; twisted-pair; CAN 2.0A/2.0B; High-speed photo-isolation; 15 baud rates (5–1000 kbps); Transmission distance up to 10 km