SWR14X / SWR14D Precision (Relay-Type) Level Control Switch Product Manual V1.3-20250401

Dynamic Sensing · Precision Measurement and Control Product Introduction The SWR14X/SWR14D is a digital tilt switch specifically developed for safety-critical leveling and platform-stabilization applications. It features an integrated relay output, offering flexible and convenient operation. Users can define custom alarm thresholds; when the tilt angle exceeds the preset safety limit, the device triggers a passive relay contact (with a 1A drive current). This can directly actuate solenoid valves to control hydraulic leveling jacks, making it an ideal solution for equipment such as construction...

Dynamic Sensing • Precision Measurement and Control Performance Parameters

Dynamic Sensing • Precision Measurement and ControlOrdering and Selection Measure Axis Type NO: Relay normally Setting the output angle open output threshold: 2: Dual D: Dual °u,put NC: Relay normally closed output Any value within the 0-30° range can be entered. Examples: 005 = 0.5° (triggers alarm); Example: SWR14X1 -NO-005: X-axis, single-channel output, normally open (NO) relay output, 0.5° alarm threshold. Notes: 1)Wire color-to-function assignments vary by model; please refer to the model descriptions in the ordering information before placing an order. 2) Default factory alarm threshold:...

Dynamic Sensing · Precision Measurement and Control Instructions for Use The image above illustrates the operating principle of a dual-axis tilt switch. The output signals are relay-style switch signals; each output terminal corresponds to an internal switch (indicated within the dashed box), with one side of each switch connected internally to ground. In versions equipped with a common (COM) terminal, the internal switches are connected to this COM terminal, which the user can then connect to either the power supply or ground, depending on their specific requirements. In this diagram, MG1 is...

Dynamic Sensing · Precision Measurement and Control Enclosure dimensions: L90 × W40 × H26 mm - www.ruicomtech.com Mounting screws: 4 × M6 screws Installation Orientation Note: During installation, ensure that the sensor’s mounting surface remains parallel to the surface of the target being measured; also, minimize the impact of dynamic forces and acceleration on the sensor. This product can be installed either horizontally or vertically; please refer to the diagrams below for mounting configurations. Debugging software If a customer wishes to modify the alarm threshold, this can be done by connecting...

Dynamic Sensing • Precision Measurement and Control Debugging Steps: 2) Select the appropriate COM port (refer to section "2"). 3) Keep all other settings at their default values; no further configuration is required. 4) Click the button to open the serial port (refer to section "2"). 5) Data will then appear in the returned data area (refer to section "3"). 6) To set an alarm threshold, enter the corresponding command into the input area (refer to section "4"). (Please consult the communication protocol section of this specification for the specific command.) 7) If "Command + Okay" appears in...

Dynamic Sensing · Precision Measurement and Control Communication Protocol 1: Data frame format: (8 data bits, 1 stop bit, no parity, default baud rate 9600) Angle output format (ASCII code) Each set of output data consists of 18 bytes: Byte1：X Tens digit of the axis angle value Units digit of the axis angle value Byte 14: Decimal point "." Tenths digit of the axis angle value Byte 5: Decimal point "." Byte6：X Hundredths digit of the axis angle value Byte 17: Carriage return (0x0D) Byte 18: Line feed (0x0A) Byte 8: Space (0x20) Byte 9: Space (0x20) The format is as follows: ITEAM SIGNED DATA...