Process Automation Solutions for Food & Beverage Industries Sanitary Sanitary Sanitary Sanitary Sanitary Vibration Fork Level Switch Capacitance Level Switch RF Admittance Level Transmitter Thermal Dispersion Flow Switch Magnetostrictive Level Transmitter

SCS16X SANITARY VIBRATION FORK LEVEL SWITCH FEATURE WORKING PRINCIPLE Piezoelectric element drives the fork and vibrates at its frequency. When medium contacts the fork, a frequency reduction occurs. The change of the frequency is then detected and transferred to the electronics, and is converted into a signal output. There is no electronic amplifier , free of sensitivity adjustment for different media. No calibration required Compact design, ideal for any installation Durable and maintenance-free IP69K Stainless Steel M12 electrical connection provides excellent performance at air-sealed environment,...

Material Protection Rate Electrical Connection Process Connection Fork Length Power Supply Power Consumption Current Consumption Overload Current Fork Vibration Frequency Switch Point Failure Safe Protection Display Delay Time Setup Time Contact Form Magnetic Testing Ambient Temp. Vertical Installation: 12mm ±3mm from the tip of the fork Horizontal Installation: 8mm ±1mm from the crevice centre of the fork Max./min Green: Power /Red: Switch Function Switch function activated in 1~3 sec. after fork covered by medium Switch function activated in 1~3 sec. after uncovered by medium <2s NPN/PNP Contact...

Material Protection Rate Electrical Connection Process Connection Fork Length Power Supply Power Consumption Current Consumption Overload Current Fork Vibration Frequency Switch Point Vertical Installation: 13mm ±1mm from the tip of the fork Horizontal Installation: 4mm ±1mm from the crevice centre of the fork Failure Safe Protection Display Max./min Green: Power/Red: Error/Yellow: Switch function Delay Time Approx. 0.5sec. after covered by medium Approx. 1sec. after uncovered by medium Setup Time Contact Form Magnetic Testing Ambient Temp. PNP Confirm the function of the product with a magnet....

FUNCTION DISCRIPTION MAGNETIC TESTING After the switch has been properly installed, introduce corresponding power to activate the vibration of the fork. Approach a magnet to the testing area of the housing (shown below), so that relay output performs the switch function (N/O to N/C; N/C to N/O). It uses the LED indication (yellow LED) to switch the status, and the fork continuously vibrates. Removing the magnet from the testing area, the output and LED indication (yellow LED) will return as default and the fork continuously vibrates. This verification is to confirm the function and wiring of...

FUNCTION DISCRIPTION SCS162 WIRING CONNECTION OUTPUT STATUS Supplied power is AC/DC, so it is 2-wire wiring connection. Relay output connects to 2-wire (L+/N-), as shown below. Low Level (Min.) Operation Mode: Connect pin 1 (brown) to N- terminal; Connect relay to pin 2 (black). Then, connect it to L+. Pin 4 (yellow-green) connects to ground.。 High Level (Max.) Operation Mode: SCS162X series is 2-wire type power supply. Relay output connects to cable wire of power supply (L+/N-). It provides Min. / Max. operation modes: When introduced 20~250, 50/60Hz Vac/Vdc power, the power indicator, green...

FUNCTION DISCRIPTION SCS163 WIRING CONNECTION OUTPUT STATUS DC Power supply, PNP / NPN output. Wiring connection is shown below. PNP Wiring Connection High Level (Max.) Operation Mode: Pin 1 (brown) connects to N-. Pin 3 (blue) connects to L+. Output load connects to pin 2 (black), and then connect it to N-. Pin 4 (yellowgreen) connects to ground. Low Level (Min.) Operation Mode: Pin 1 (brown) connects to N-. Pin 2 (black) connects to L+. Output load connects to pin 3 (blue), and then connect it to N-. Pin 4 (yellowgreen)connects to ground. NPN Wiring Connection High Level (Max.) Operation Mode:...

HORIZONTAL INSTALLATION: 1. Avoid material inlets VERTICAL INSTALLATION: 1. When installed in a pipe with flowing liquid, the gap of the two forks shall be in the same direction as the liquid flowing direction. 2. The position hole must face upward, 2. Avoid material inlets otherwise, the flowing medium might press the fork and lead to product failure. Position Hole

ORDER INFORMATION Power & Output- 2: 20-250 Vac/dc, Two-wire AC/DC connection 3: 12-55 Vdc, Three-wire connection PNP/NPN Material & Polishing Electrical Connection- Process Connection - Fork Length(unit:mm)- Power & Output- Material & Polishing - Electrical Connection- A: M 12(90°) with LED B: M 12(90°) N: None Cable (Cable Material: PVC 24AWG, Cable length 5 Meter) Process Connection -

SAS SANITARY CAPACITANCE LEVEL SWITCH WORKING PRINCIPLE FEATURE & APPLICATION Detected medium acts as an interface to detect the amount of capacitance between the probe and the tank wall. When the probe is covered by the medium, the amount of capacitance will increase. Once the amount of capacitance reaches and matches the setup amount on the PCB, high-frequency resonant occurs which is then amplitude signal is detected and converted into a switch function. No moving parts, maintenance-free. Suitable for liquid, solid and powder Probe Material: PEEK

Ambient Temp Working Temp Working Press. Probe Material Process Connection Power Supply Delay Time Output Contact 0~6 sec R: Relay SPDT 5A/250Vac/30Vdc N: Transistor 400mA/60Vac/dc 10

SAS1310 Sensitivity Calibration is done 1. Before calibration, make sure there is no medium inside the tank if the level switch is already 3. After sensitivity calibration, the default setting of sensitivity switch is at 3 ON(70%). Fail-safe mode protection is adjusted as FSL, and LED is Adjust all sensitivity switches as OFF (Fig. 2). Red LED is ON, and there is signal output indicating that calibration is completed. User shall adjust the sensitivity according to the nature of the medium. Generally, for medium which S.G. is 0.5, SENSITIVITY ■ ■ SENSITIVITY ■ ■ SENSITIVITY follow the steps below...