Sensors

Colour sensors

Spalvos jutikliai

Inobalt colour sensors are ideal for industrial colour measurement and colour identification in virtually all production processes. The perceptive technology, which is equivalent to the precision of the human eye, also allows their use in quality control inspections. The sensors can identify and analyse not only colour changes, but also different surface structures.

Soft sensors

A soft sensor is a process model which uses readily available input data to predict output data.

PRODUCT OVERVIEW

Soft sensors serve the same function as physical sensors, except that values for the variable are not measured directly, but are obtained from a model of the physical sensor using other known variables as inputs. A soft sensor consequently enhances variable monitoring by increasing sampling frequency and replacing inaccurate measurements.

Soft sensors are typically used to replace sensors with high maintenance requirements, short life-spans, inaccurate sensors, and for variables where evaluation involves manual sampling and laboratory analyses. Since the physically measured value is often only returned from the lab a few days later, the immediately available predicted value from the soft sensor model can be used for control purposes.

IMPLEMENTING A SOFT SENSOR SOLUTION

Implementing a soft sensor solution requires a structured approach based on a sound understanding of the process as a whole, and specifically, variable measurements.

The procedure includes:

Data and information collection
Data analysis and modelling
Soft sensor model design
New process knowledge and current expert knowledge amalgamation
Implementation and commissioning
Performance monitoring

Deploying the process model online as a soft sensor allows for continuous feedback for system monitoring and control. This is then used in conjunction with other Smart Process Monitoring applications for further process analysis and improvement.

BENEFITS

Use soft sensors to:

Save time and money
Enable better sampling
Develop a model to predict values that are not easily or quickly measured
Replace expensive sensors with high maintenance requirements and short life-spans
Replace inaccurate sensors providing noisy, drifting readings
For proactive, consistent and increased availability of measurements
Infer variable values on a continuous and real-time basis
Read data to a database for offline and online processing
Use modeled outputs to develop and implement online process monitoring and control strategies

RefineryVAR_03

Vibration Sensors


4-20mA/Transmitter	AC/Velocity sensors
Measurement Range: 0 - 100 mm/s RMS Mounted Base Resonance: 22 kHz Frequency Response: 10Hz...1kHz ±5% - ISO 10826 Bias Voltage: 15-30VDC Output: 4...20mA Operating Temperature Range: -25...+90°C Sealing: IP67 Case material: stainless steel 3 years waranty	Measurement Range: ±1000mm/s sk Mounted Base Resonance: 22kHz Frequency Response: 2Hz...6kHz ±3dB Bias Voltage: 18-30VDC Current Range: 0,5...8,0mA Operating Temperature Range: -55...+140°C Sealing: IP67 Case material: stainless steel 3 years waranty


AC 100mV/g Accelerometers	Triaxial Industrial Accelerometers
Sensitivity: 100mV/g±10% Mounted Base Resonance: 22kHz Frequency Response: 2...10kHz ±5% Measurement Range: ±80g Bias Voltage: 18-30VDC Current Range: 0,5...8,0mA Operating Temperature Range: -55...+140°C Sealing: IP67 Case material: stainless steel 3 years waranty	Sensitivity: 100mV/g±10% Mounted Base Resonance: 17kHz Frequency Response: 6Hz...6 kHz ±5% Measurement Range: ±80 g Bias Voltage: 18-30VDC Current Range: 0,5...8,0mA Operating Temperature Range: -55...+140°C Sealing: IP67 Case material: stainless steel 3 years waranty

Thermocouples

Thermocouple wires from original thermal material with different wire diameter. The wires are wound both individually and with a common fibreglass coat. Available for thermocouple types K, J, T, L and N. Standard equipped with a miniature connector and a free end with welded measurement nodes. For use in dry conditions for example Ovens, laboratory applications, etc. is ideal. Available in any length.

Thermocouple with fiberglass insulation and miniature connector
Temperature range: -25 ... +400 °C Thermocouple: 1xCuCu-Ni; Fe-CuNi; NiCr-Ni Thermocouple diameter: 0,3-1,0 mm Nominal length: 1000 mm Dimensions: 1,9 x1,1 mm Insulation: fibreglass coat Connection: Plug miniature color brown ... +120 °C

Thermocouple with PTFE insulation and miniature connector
Temperature range: -190 ... +260 °C Thermocouple: 1xCu-CuNi; Fe-CuNi; NiCr-Ni; NiCrSil-NiSil Thermocouple diameter: 0,2-0,3 mm² Nominal length: 1000 mm Dimensions: 2,6 x1,6 mm Construction: Stranded Insulation: Teflon (PFA) Connection: Plug miniature color brown ... +120 °C

Thermocouple probe tip with tightly sealed PFA (sterilized)

Temperature range: -260 ... +250 °C
Thermocouple: 1xCu-CuNi; Fe-CuNi; NiCr-Ni
Thermocouple diameter: 0,14 mm²
Densely welded top, IP68
Electrically isolated crossing point
Nominal length: 1000 mm
Dimensions: 2,6x1,6 mm; 2x0,14 mm²
Insulation: PFA individually and collectively, brown color
Connection: 10 mm bare ends of connection
High resistance to chemicals and oils
Easy cleaning and sterilization
Custom lengths, thermocouple types and connector types available!

Self-adhesive thermocouples, silicon jacketed for flat and curved surfaces

Temperature range: -50 ... +200 °C
Thermocouple: 1xCu-CuNi; Fe-CuNi; NiCr-Ni
Thermocouple diameter: 0,14 mm²
Densely welded top
Electrically isolated crossing point
Nominal length: 1000 mm
Dimensions: 35x12 mm base plate LxW self-adhesive
Insulation: individually and collectively, silicone color brown
Connection: 10 mm bare ends of connection
High resistance to chemicals and oils
Custom lengths, thermocouple types and connector types available!

Thermocouple with ceramic insulation and bare ends of connection (1 Form C)
Temperature range: -200 ... +1200 °C Standard: DIN IEC 584/Class 1 Thermocouple: 1xCu-CuNi; Fe-CuNi; NiCr-Ni Thermocouple wire diameter: 0,5-3,0 mm Nominal length: 250 mm Insulation: ceramic-type 799 Connection: 50 mm bare ends

Thermocouple connection without insulation and bare ends (Form C)
Temperature range: -200 ... +1700 °C Standard: DIN IEC 584/Class 1 Thermocouple: 1xCu-CuNi; Fe-CuNi; NiCr-Ni Thermocouple wire diameter: 0,5-3,0 mm Nominal length: 250 mm Isolation: Without Connection: 50 mm bare ends

Thermocouple with ceramic insulation and bare ends of connection (type A, B and D)
Temperature range: -200 ... +1700 °C Standard: DIN IEC 584/Class 1 Thermocouple: Type K-Ni 1xNiCr Thermocouple wire diameter: 0,5 mm Nominal length: 250 mm Insulation: ceramic type 221 (or insulating tube) Connection: 50 mm bare ends

Temperature sensors


Thermocouples >>	Contactless temperature sensors
Temperature range: -260 oC – +1700 oC Diameter of wire: 0,1 – 3,0 mm Thermocouple type: K, J, T, L and N Insulation: fibreglass, PTFE, PFA, silicone or ceramic Connection: miniature connector, a free end etc. Length: any	Pyrometers, infrared thermometers Temperature range: -50 oC – +1800 oC Ambient temperature: -30 oC – +125 oC Optical resolution: 15:1; 22:1 Temperature resolution to: 0,025 oC Output signal: 0-10 V or 4-20 mA; possible RS232/485, Ethternet connections


RTD sensors: PT100/PT500/PT1000	Infrared Cameras >>
Temperature range: -20 oC – +800 oC Class: A Length: 100 -500 mm Diameter: Ø 6 -15 mm Signal output: 2; 3 or 4 wires There is possible signal output 4-20 mA	Temperature range: -20 °C - +900 °С Optical resolution: 160х120; 388x288 Pixel Picture repetition frequency: 120 Hz USB cable, USB powered Length of cable: 1 m, 5 m, 10 m or 20 m Analog input and output, triger Protection: IP65

Compressed air, gases sensors

VA 420

Consumption counter for compressed air and gases

Easy and affordable installation (suitable for 1/4", 1/2", 3/4", 1", 11/4", 1½" or 2" lines)
Units freely selectable via keypad m³/h, m³/min, l/min, l/s, kg/h, kg/min, kg/s, cfm
Compressed air counter up to 1,999,999,999 m³. Resettable to "zero" via keypad
Analogue output 4...20 mA, pulse output (galvanically separated)
High measuring accuracy also in the lower measuring range (ideal for leakage measurement)
Negligibly small loss of pressure
Calorimetric measuring principle, no additional pressure and temperature measurement necessary, no mechanically moved parts
Gas types adjustable via software (nitrogen, oxygen, CO2, nitrous oxide, argon)

Technical data VA 420 >> PDF

VA 400

Consumption sensor for compressed air and gases

Integrated display for m3/h und m3
Depth scale for accurate installation
Usable from 1/2" to 12" (DN 300)
Easy installation under pressure
4...20 mA analogue output for m3/h resp. m3/min
Pulse output for m3
Inner diameter adjustable via keypad
Consumption counter resettable

Technical data VA 400 >> PDF

Flow meters


Steam flow meters >>	Water/liquids flow meter	Compressed air flow meter >>
For process temperatures -200...+400 °C Wide range of nominal diameters from VORTEX DN 15...300 (1/2...12") or PITOT TUBE DN 15...2100(1/2...82") With integrated temperature measurement for computing mass flow and heat	Universal use for drinking water, water and liquids Compact, robust sensor for space-saving installation Nominal diameters DN20 to 300 (3/4" to 12") Temp. 0...+250 °C Sensors: vane wheel, electromagnetic	Integrated display: m3/h; m3 For pipes from 1/4" to 12" (DN 300) 4...20 mA analog output - m3/h, or m3/min Impulse output - m3


Biogas flow meter	Gas flow meter	Condensate flow meter
Vortex type Measurement from 0,4 m/s Sertificated ATEX For different gas mixtures For agresive and moisture gas Low pressure loss	Integrated display: m3/h; m3 For pipes from 1/4" to 12" (DN 300) 4...20 mA analog output - m3/h, m3/min Impulse output - m3	Compact, robust sensor for space-saving installation Nominal diameters DN20 to 300 (3/4" to 12") Temp. 0...+250 °C

Steam flow meter

STEAM, GAS, LIQUID
With IP65 local LCD display (Remote version IP67)
+/- 1% Accuracy Liquid
+/- 1.5% Accuracy Gas
Wafer fit design
For pipes from DN15 to DN1200 (15mm - 1200 mm)
304 Stainless steel construction
24 VDC and/or 3.6v Lithium Battery Powered (5yr Life)
Output Signal: Pulse, 4-20mA, Hart, Modbus RS485
Temp Range: -40 - 250 oC (Standard); +100 - 350 oC (Exteneded range)
Pressure: 16 bar (Standard); 40 or 60 bar (on request)

Pressure sensors

Pressure monitoring in compressed air and gas systems helps to significantly reduce energy consumption. Only a few types of machines actually require compressed air with more than 6 bar overpressure. A reduction in the nominal pressure reduces both the power consumption and the leakage losses and increases the service life of the compressor. Electricity savings in the range of 6 - 8% can be achieved by a reduction of the nominal pressure by only 1 bar.

The smaller the pressure drop across the filter, the less high the nominal pressure must be set. If the pressure drop across the filters is greater than 0.3 bar, the filters should be replaced. Our proven differential pressure sensors and pressure gauges are ideal to monitor those figures continuously.

Slegio jutikliai.pdf

Digital pressure sensor DPS 16
Measuring range: 0...16 bar
Signal:RS485
Process connection: G1/2"

Standard pressure sensor CS 10 and CS 16
Standard pressure sensor CS 10 and CS 16 for pressure ratio 0...10 and 0...16 bar measures with accuracy of full scale 1%. For more exactly measurement in the same pressure ratio we offer the CS 10/ CS 16 sensors with accuracy of full scale 0,5%.
Ouptup signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Standard pressure sensor CS 40
Standard pressure sensor CS 40 for pressure ratio 0...40 bar measures with accuracy of full scale 1%. For more exactly measurement in the same pressure ratio we offer the CS 40 sensor with accuracy of full scale 0,5%.
Output signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Standard pressure sensor CS 1.6 absolute
Standard pressure sensor CS 1.6 for pressure ratio 0...1.6 bar measures with accuracy of full scale 0,5 %.
Output signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Standard pressure sensor CS 100
Standard pressure sensor CS 100 for pressure ratio 0...100 bar measures with accuracy of full scale 0,5%.
Output signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Standard pressure senor CS 250
Standard pressure sensor CS 250 for pressure ratio 0...250 bar measures with accuracy of full scale 0,5%.
Output signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Standard pressure sensor CS 400
Standard pressure sensor CS 400 for pressure ratio 0...400 bar measures with accuracy of full scale 0,5%.
Output signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Precision pressure sensor CS -1...+15
Precision pressure sensor CS -1...+15 for pressure ratio -1...+15 bar measures with accuracy of full scale 0.5%.
Output signal: 4...20 mA, 2-Wire
Power supply: 8...30 VDC

Draw wire sensors

Draw wire sensors are suitable for measuring linear and non-linear motions. The compact style allows flexible and easy installation. Due to the small size, precise measurement is possible even in difficult applications.


Product	Series SX50/ SX80/ SX120	SX135	Miniatursensor LX
Range	from 0-50...1250mm, 0-2000...3000mm, 0-3125...6000mm	0-8000mm, 0-10... 11, 12, 15, 20, 25, 30, 40m	0-50...1250mm
Measured value	position	position	position
Accuracy max.	±0.01%	±0.01%	±0.1%
Output analog	0...10V, 4...20mA, Potentiometer	0...10V, 4...20mA, Potentiometer	1Rk Potentiometer
Output digital	TTL, HTL, SSI, Profibus, CANopen, Interbus	TTL, HTL, SSI, Profibus, CANopen, Interbus	TTL
Protection class	IP65 (IP67)	IP65 (IP67)	IP00
Data sheet	PDF EN RU	PDF EN RU	PDF EN RU


Product	Hydraulic transducer SX300	HX with speed output	Display
Range	0-1...15m	0-100...50000mm	Incremental HTL
Measured value	position	position/ speed	Analog 0...10V, 4...20mA and Potentiometer
Accuracy max.	±0.05%	±0.1%
Output analog	-	0...10V, 4...20mA, Potentiometer	Limit values, sensor supply, RS232; RS485
Output digital	TTL, HTL, SSI, Profibus, CANopen, Interbus	TTL, HTL	-
Protection class	IP65 (IP67)	IP68	24VDC, 230V
Operating pressure	Until 300 bar	/	/
Data sheet	PDF EN RU	PDF EN RU	PDF EN

Position Sensors


Draw Wire >>	Linear Potentiometer
Range 50 - 50000 mm Accuracy 0,05% - 0,25% Resolution 0,1 - 1 mm Output: 10v, 4-20mA, A/B/Z, SSI, CAN, Par. Measurement through draw wire	Range 10 - 2000 mm Accuracy 0,05% - 0,2% Resolution k. A. Output potentiometrisch Measurement through guided/sprung loaded/slider/ring


Ultrasonic Sensors	Angle Transmitter + Encoder
Range 100 - 6000 mm Accuracy 0,7% - 1,5% Resolution 1 - 3 mm Output 5V, 10V, 4-20mA Contactless through ultrasonic sound reflection	Single and multiturn Analogue and digital transducer Solid shaft/ hollow shaft Output A/B/Z, CAN, Profibus, V, 4-20mA, 1k Rotational measurement


Laser Sensor	Eddy Current Probe
Range 0,5 - 800 mm Accuracy 2 - 2000 µm Resolution 1 - 100 µm Contactless through triangulation	Range 0,5 - 8 mm Accuracy 0,25% Resolution 100 - 1000 nm Output 5V, 10V, bipolar, CAN Contactless measurement at metallic objects


Inductive Gauge LVDT >>	Digital Magnetic Scale
Range 2 - 600 mm Accuracy 0,1% - 0,3% Resolution 5 - 200 µm Output 5v, 10v, bipolar, 4-20mA Measurement through free core, guided or sprung loaded push rod	Range 50 mm - 50 m Accuracy 10 - 100 µm Resolution 0,1 - 5 µm Output A/B u. Ref., TTL, Vss Contactless through magnetic floater


Digital Ruler	Magnetostrictive Sensor
Range 15 - 2170 mm Accuracy 2 - 10 µm Resolution 0,1 - 5 µm Output A/B u. Ref., TTL, Vss Measurement through reading head	Range 50 - 4000 mm Accuracy 0,02% - 0,1% Resolution 1 - 100 µm Output 10V, 4-20mA, Tacho, Start-Stop, PWM, Profibus Contactless through floating cursor or ring magnet

Optical sensors

Optiniai_jutikliai

Inobalt has an extensive portfolio of optical sensors in various models, light sources and functional principles for process-reliable detection, measurement and testing of even the smallest parts under challenging ambient conditions. Versatile and highly sensitive, Inobalt photoelectric sensors deliver long-distance, non-contact detection of metallic and non-metallic targets, accommodating variable target color and surface finish. High-frequency switching circuitry senses small, fast-moving objects, even against non-contrasting backgrounds. Photoelectric sensors direct light beams – emitted by a laser diode or LED – toward a distant target. Different operating principles detect either light reflected from the target (energetic-diffuse and background-suppression sensors) or the interruption of the beam by the target (reflex and through-beam sensors). Through-beam sensors utilize a separate receiver, allowing longer sensing distances. Other variants contain a transmitter and a receiver in a single housing. Conveying the light beam into confined spaces using optical fibers eliminates any electrical hazard at the sensing point, ideal for flammable atmospheres.

Optiniai jutikliai.pdf

Level sensors


Ultrasonic sensors	Contact sensors	Radar sensors

Electric Sensors

M850 Multi-function Meters

The new range of multifunction panel meters feature 96 x 96mm sizes complete with unique blue LED screen. The range is easy to use and can be used on any single or 3 phase system with any input voltage without re-programming.

The range is a cost effective replacement for traditional panel meters and is suitable for low, medium, and high voltage control panels, gensets, building management systems, power management and more.

STANDARD FUNCTIONS

Phase Voltage (V)
Phase to Neutral Voltage (V)
Phase Current (I)
Frequency (Hz)
Active Power (W)
Active Energy (kWh)
Reactive Power (VAr)
Apparent Power (VA)
Reactive Energy (VArh)

Power Factor (PF)
Instantaneous Amp Demand
Instantaneous Watt Demand
Instantaneous VA Demand
Maximum Amp Demand
Maximum Watt Demand
Maximum VA Demand
Neutral Current Measurement

PROGRAMMABLE FUNCTIONS

All models feature the following user-programmable functions:

Current Transformer Ratio
Voltage Transformer Ratio
Baud Rate, Parity, Stops
AC or DC AUX
1A or 5A CT
Single or 3 phase system
Input voltage range 28-570V
RS485 address, 1-247
Security code access for programming

CURRENT SENSOR

Clamp-on ammeter 0...1000 A TRMS incl. 5 m connection cable with open ends

sroves-reples

Dew point meters and measurement tools for compressed air and gases

csm FA 500 3d1646f22c

The choice of the correct measuring device is decisive for correct dew point measurement and humidity measurement in compressed air and gas. Dew point measurement and monitoring in compressed air systems is essential. Drying of granulate in plastics technology, the generation and usage of various technical gases (N2, O2, Ar, H2) and a lot more applications require professional dew point measurement equipment for perfect operation. Proven and reliable dew point meters from CS Instruments are helping customers worldwide to ensure the required product quality in compressed air and gas systems.

As experience manufacturer of dew point sensors CS Instruments offer a wide and field proven product portfolio for dew point sensors. Our delivery program includes especially designed stationary and mobile solutions for dew point monitoring of refrigeration, desiccant or membrane driers. Ideal accessories like measuring chambers, dry containers or diffusion tight hose ensure that CS dew point systems are the perfect solution for a trouble-free dew point measurement.

Standard interfaces are 4…20mA, Modbus RTU or M-Bus. Furthermore, all dew point sensors can be combined easily with our data loggers. Dew point sensors form CS Instruments enables a reliable and long-term stable monitoring of the pressure dew point in industrial applications from -80 to +20 °C dew point. We recommend the indirect installation with measuring chamber. This enables easy mounting and dismounting of the probe without interruption of the line, a quick response time and optimum sensor protection.

Sensors

Inobalt offers a comprehensive range of standard and special sensors for industrial automation. Choose between different functional principles, models, switching sensors and measuring sensors for efficient and trouble-free system operation.

Linear Variable Differential Transformers (LVDT)

Linear Variable Differential Transformers (LVDT) are ideal for applications in harsh industrial environments such as high temperature and pressure applications, dynamic applications and long term cycles.


Product	SL	SM	SM-HYD
Range	50 - 600 mm	2 - 200 mm	2 - 180 mm
Construction	rod end bearing, only push rod guided, push rod extricable	only push rod guided, push rod extricable	push rod guided
Linearity max.	±0,3 %, optional ±0,2 %	±0,3 %, optional ±0,2 %	±0,3 %, optional ±0,2 %
Output analog	AC, 0...10 V, ±10 V, 0...5 V, ±5 V, 4...20 mA, 0...20 mA	AC, 0...10 V, ±10 V, 0...5 V, ±5 V, 4...20 mA, 0...20 mA	AC, 0...10 V, ±10 V, 0...5 V, ±5 V, 4...20 mA, 0...20 mA
Voltage rate	24 V (9...36 VDC)	24 V (9...36 VDC)	24 V (9...36 VDC)
Power input	from 65 mA	from 65 mA	from 65 mA
Protection class max.	IP67 (optional IP68)	IP67 (optional IP68)	IP67 (optional IP68)
Operating temperature	-40 °C..+120 °C, +150 °C (only sensor)	-40 °C..+120 °C, +150 °C (only sensor)	-40 °C..+120 °C, +150 °C (only sensor)
Operating pressure	-	-	400 bar


Product	SM-F18
Range	2 - 200 mm
Construction	rod end bearing
Linearity max.	±0,3 %, optional±0,2 %
Output analog	AC, 0...10 V, ±10 V, 0...5 V, ±5 V, 4...20 mA, 0...20 mA
Voltage rate	24 V (12...36VDC), 15V (12...18VDC)
Power input	24 V (9...36 VDC)
Protection class max.	IP67 (optional IP68)
Operating temperature	-40 °C..+120 °C, +150 °C (only sensor)
Operating pressure	150 bar

Electric actuators

Servo drives

Data Loggers

Portable measurement devices

Quality control systems

Displays

PLC and I/O systems

Sensors

Monitoring systems

Mechatronics

Sensors, data loggers, automation

Sensors

Colour sensors

Soft sensors

Vibration Sensors

Thermocouples

Thermocouple with fiberglass insulation and miniature connector

Thermocouple with PTFE insulation and miniature connector

Thermocouple probe tip with tightly sealed PFA (sterilized)

Self-adhesive thermocouples, silicon jacketed for flat and curved surfaces

Thermocouple with ceramic insulation and bare ends of connection (1 Form C)

Thermocouple connection without insulation and bare ends (Form C)

Thermocouple with ceramic insulation and bare ends of connection (type A, B and D)

Temperature sensors

Compressed air, gases sensors

Flow meters

Steam flow meter

Pressure sensors

Draw wire sensors

Position Sensors

Optical sensors

Level sensors

Electric Sensors

M850 Multi-function Meters

STANDARD FUNCTIONS

PROGRAMMABLE FUNCTIONS

CURRENT SENSOR

Dew point meters and measurement tools for compressed air and gases

Sensors

Linear Variable Differential Transformers (LVDT)