TLP100 INCLINATION SENSOR MEMS technology with High resolution

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1 CHARACTERISTICS ADVANTAGES MEMS technology High protection level IP67 and wide temperature range from -40 C C Stable accuracy over whole temperature range Resolution up to 0,01 Single axis 0 to 360 Double axes ± 1 to ± 60 Optional redundant output Simple selection and fast installation High accuracy at economic prices Long service life for outdoor applications Cost, space and installation work saving High shock resistance Different output types (analog, CANopen, TTL output) Customized solution on request 1

2 PRODUCT DESCRIPTION TLP100 is available with one or two measurement axes. The inclinometer working principle is based on a micro machined silicon capacitive transductor (developed with MEMS technology). High performance, high IP rating, resistance to shock and vibrations, and high electromagnetic compatibility make this sensor suitable for mobile hydraulics applications. Typical application are cranes, aerial platforms, drilling machines and excavators. Various sensor enclosure designs open possibilities for many different types of applications. PRODUCT CODE TLP100. a b c d e f _. _.. _.. _ ORDER CODE 2 a Power supply 1 = 5 V DC (only for 1,2,3 output) 2 = V DC b O V Measurement direction = Dual axes = Single axis * = value of 360 means range 0 to 360 ** = value of 010 means range ±10 c XXX XXX d Range = FS angle deg for single axis* = ± angle deg. for double axes** Output 1 = TTL 2 = 0,5... 4,5 V DC 3 = V DC 4 = V DC 5 = V DC 6 = CANopen 7 = ma Type of connection e 1 = Male connector M12x5, PUR cable 30cm 2 = Male flange connector 1xM12, 5-pin 18 = Male/female flange connector 2xM12, 5-pin 19 = Male/Male flange connector 2xM12, 5-pin f S R Version output = Single = Redundant

3 TECHNICAL SPECIFICATION OPERATING PRINCIPLE Measuring range ±1 to ±60 for horizontal version 0 to 360 for vertical version Linearity Horizontal < ±0,5 % FS Vertical < ±0,5 Resolution 0.01 Temp. range compensation Temperature coefficient Protection Temperature range Material housing Weight (custom on request) 0,005 / C IP67-40 C C [-40 F F] Shock resistance acc. to EN G, 11 ms Vibration resistance acc. to EN Hz PBT approx. 225 g [7.93 oz] version with 1x M12, 5-pin flange connector Operating principle MEMS (acronym for Micro Electro Mechanical Systems) technology enables both electronic circuits and opto-mechanical devices to incorporate on the same silicon substrate, using manufacturing technologies similar to those used for the implementation of integrated circuits. ELECTRICAL CHARACTERISTICS Power supply Reverse polarity protection V DC (STD) Electromagnetic compatibility acc. to EN , EN CE compliant YES acc. to EMC guideline 2014/30/EU RoHS guideline 2011/65/EU CANOPEN ELECTRICAL CONNECTION M12 X 5 PINS ANALOG ELECTRICAL CONNECTION M12 X 5 PINS TTL ELECTRICAL CONNECTION M12 X 5 PINS Pinout Single axis Dual axes 1 CAN-GND CAN-GND 2 +Vin +Vin 3 GND GND 4 CAN-H CAN-H 5 CAN-L CAN-L Pinout Single axis Dual axes 1 +Vin +Vin 2 n.c. V / I out Y 3 GND GND 4 V / I out Z V / I out X 5 V / I-GND V / I-GND Pinout Single axis Dual axes 1 +Vin +Vin 2 RX RX 3 GND GND 4 TX TX 5 GND GND 3

4 DIRECTION AXES Dual axes TSM dual axes TLP100 inclination sensor +X The 2-dimensional inclination sensor must be mounted with the base plate in horizontal position, i.e. parallel to the horizontal line. The sensor can be inclined both towards the X and Y axis at the same time. For each axis a separate measured value is provided. -X +Y -Y Single axis TSM single axis TLP100 inclination sensor The 1-dimensional inclination sensor must be installed with its Z-axis in line with the force of gravity, as illustrated below. The 1-dimensional sensor defaul t position is 0 as shown in the following illustration. Z = 0 Z = 90 Z = 180 Z = 270 4

5 DIMENSIONS [mm] 5

6 DIMENSIONS [mm] 6