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• 1-Wire protocol temperature and humidity sensor
• Temperature measurement range: -20...+60 °C
• Humidity temperature range: 10...90 %RH
• Accuracy: ±3 %RH (20...80 %RH) / ±5 %RH (10...90 %RH) / ±0,4 °C (-10...+60 °C) / ±1 °C (-20...+60 °C)
• Resolution: 14 bits for temperature, 12 bits for humidity
• Long-term stability
• Warranty: 3 years
• Connection: RJ-11

• RS-485 protocol temperature and humidity sensor
• Temperature measurement range: -20...+60 °C
• Humidity temperature range: 5...95 %RH
• Accuracy: ±3 %RH (20...80 %RH) / ±5 %RH (5...95 %RH) / ±0,4 °C (-10...+60 °C) / ±0,6 °C (-20...+60 °C)
• Resolution: 14 bits for temperature, 12 bits for humidity
• Long-term stability
• Warranty: 3 years
• Connection: RJ-45

• Digital pulse counter - tachometer ECH4400
• Count inputs: 2 channels (max 50 kHz, 5…30 V pulses), can be selected as PNP or NPN input
• Counting frequency: (20, 50, 100, 500, 1000, 5000) Hz, (10, 20, 30, 40) kHz
• Control outputs: 2 relay NO / NC 250 V, 2 A
• SSR outputs: Open collector output (Max.: 30 VDC, 50 mA)
• RS485 Modbus communication interface (custom ordered)
• Power supply: 90…250 V AC; 10…30 V DC; 8…24 V AC (custom ordered)
• Auxiliary supply output: 12 VDC, max 50 mA
• Ambient temperature: 0…+50 °C
• Case protection: front panel IP65, rear panel IP20

• 1-Wire protocol temperature sensor
• Temperature measurement range: -40...+85 °C
• Accuracy: ±0,5 °C (-10...+85 °C) / ±2 °C (-40...+85 °C)
• Resolution: 12 bits
• Very low current consumption
• Warranty: 3 years
• Protection class: IP65

• 1-Wire protocol temperature sensor
• Temperature measurement range: -40...+85 °C
• Accuracy: ±0,5 °C (-10...+85 °C) / ±2 °C (-20...+85 °C)
• Resolution: 12 bits
• Very low current consumption
• Warranty: 3 years
• Connection: RJ-11

Electric heating elements of various shapes according to client’s requests.

Utilizing unique dual-sensing technology, the device combines electromagnetic induction with an integrated ultrasonic sensor to provide highly accurate detection of both liquid level and flow velocity. Specifically optimized for partially filled pipes, open channels, and gravity-fed systems, the unit achieves an outstanding accuracy of ±1–2% of the actual flow rate.

• Internal pipe diameter: DN80…DN600
• Flow velocity (min. / max.): 0,46…7,5 m/s
• Accuracy: ± 1…2 % of actual flow (depends on flow profile and level detection)
• Process Temperature: 0…+70 °C
• Coating materials: hard rubber
• Maximum working pressure: No pressure (gravity flow) or 10 bar if pipe is full
• Output signal: 2× pulse / flow switch (max. 400 Hz), 4 ... 20 mA, 1× RS485 interface (Modbus / M-Bus protocol), M-Bus, HART, Ethernet module (TCP/IP, integrated web server)
• An optional IoT module allows measured values to be transmitted wirelessly via NB-IoT to the cloud
• Data archiving on a micro-SD card
• Process connections: flange
• Maximum ambient temperature: 55 °C
• Power supply: 24 V AC / DC, 230 V AC
• Protection class: IP68 for sensor, IP65-IP68 for transmitter

FLOW 55 datasheet [EN]

FLOW 38 MID version with certification, allowing the flow meter to be used for utility metering. FLOW 38 MID is certified for use with drinking water. The FLOW 38 MID electromagnetic flow rate meter is a precise measuring device designed to measure the flow of electrically conductive liquids.  The electronic unit (display) can be connected directly to the body (rotatable up to 350° for convenient viewing). Various process connection versions are available. A wide selection of materials for the internal surfaces in contact with the process medium allows the device to be adapted to various liquids.

• Internal pipe diameter: DN10…DN400
• Flow velocity (min./max.): 0,1…12 m/s (R40, R50)
• Accuracy: 0.2% in the 1:100 range, 0.5% in the 1:200 range
• Maximum medium temperature depending on the inner coating: 150 ℃
• Coating materials: rubber, teflon, ceramic
• Maximum working pressure: up to 16 bar
• Output signal: pulse, 4-20 mA, RS485 (Modbus RTU/ M-bus)
• An optional IoT module allows measured values to be transmitted wirelessly via NB-IoT to the cloud
• Process connections: Flange, Thread
• Maximum ambient temperature: 50 °C
• Power supply: 24 VAC/VDC, 110... 230 VAC
• Protection class: IP65, IP67, IP68

The FLOW 38 electromagnetic, bidirectional flow and flow rate meter is a precise measuring device designed to measure the flow of electrically conductive liquids. Due to the wide range of configurations available, this device is used in many industries. The electronic unit (display) can be connected directly to the body (rotatable up to 350° for convenient viewing) or connected via a cable up to 30 meters long. Various process connection versions are available. A wide selection of materials for the internal surfaces in contact with the process medium allows the device to be adapted to various liquids. FLOW 38 is certified for use with drinking water. There is also a version of the Flow38 with MID certification, allowing the flow meter to be used for utility metering.

• Internal pipe diameter: DN4-DN600
• Flow velocity - bidirectional (min./max.): 0.2…12 m/s
• Accuracy: 0.2% in the 1:100 range, 0.5% in the 1:200 range
• Maximum medium temperature depending on the inner coating: 150 ℃
• Coating materials: rubber, Rilsan, Teflon, ceramic
• Maximum working pressure: up to 100 bar
• Output signal: pulse, 4-20 mA, RS485 (Modbus RTU/ M-bus), Modbus TCP/ IP, HART
• An optional IoT module allows measured values to be transmitted wirelessly via NB-IoT to the cloud
• Process connections: Flange, Sandwich, Food grade fittings (clamp), Thread
• Maximum ambient temperature: 55 °C
• Power supply: 24 VAC/VDC, 110... 230 VAC
• Protection class: IP65, IP67, IP68

The FLOW45 electromagnetic flowmeter is equipped with a lithium battery, so it does not require an external power supply. The device has high accuracy in terms of full flow rate. Before each measurement, automatic diagnostics of all functions and parts necessary for proper measurement are performed. The device has a built-in empty pipe test and if there is no full flow, it will invalidate the entire measurement, as well as assess the flow direction and record the appropriate data.

• Internal pipe diameter: DN10…DN200
• Flow velocity (min. / max.), bidirectional: 0,2…12 m/s (1/60)
• Accuracy: 1 % for 1…10 m/s
• Maximum medium temperature depending on the inner coating: 150 ℃
• Coating materials: rubber (hard, soft, drinking water certified), Teflon, ceramic, Rilsan
• Maximum working pressure: up to 100 bar
• Output signal: pulse, RS485
• GSM data transmission module
• Data archiving on a micro SD card
• Process connections: flange, thread, sandwich, food grade
• Maximum ambient temperature: 5…55 °C
• Power supply: replaceable lithium battery (last up to 5 years) / external (12 V DC, max. 500 mA)
• Protection class: IP65, IP67, IP68

• Universal level regulators (level relays) are designed to be used for water and wastewater level control by turning off the water pump when desired level is reached.
• Weight: 163 g; Buoy volume: 280 cm³: Maximum pressure:< 1 bar

• Universal level regulators (level relays) are designed to be used for water and wastewater level control by turning off the water pump when desired level is reached
• Due to great reliability, sleek shape, heavy mass and filled interior, it is best suited for usage in wastewater
• Double water- and air-resistant sealant increases protection against infiltration even more
• Weight: 250 g; Buoy volume: 430 cm³; Maximum pressure: < 1 bar

• Universal level regulators (level relays) are designed to be used for water and wastewater level control by turning off the water pump when desired level is reached
• Due to great reliability, sleek shape, heavy mass and filled interior, it is best suited for usage in wastewater
• Double water- and air-resistant sealant increases protection against infiltration even more
• Weight: 1050 g; Buoy volume: 990 cm³; Maximum pressure: < 2 bar

• Universal level regulators (level relays) are designed to be used for water and wastewater level control by turning off the water pump when desired level is reached
• Boasts for great reliability and small size
• Weight: 111 g; Buoy volume: 225 cm³; Maximum pressure: < 2 bar / < 5 bar

• Analog inputs: 6 (0...10 VDC / 4...20 mA, configurable, isolated)
• Digital inputs: 4 (isolated)
• RS-485 input (up to 24 Modbus RTU registers)
• Memory: 70 000 values
• Ethernet connection
• Modbus RTU to Modbus TCP conversion
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• SNMP alarms (up to 5 recipients)
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Ethernet connection
• Analog inputs: 2 (0...10 VDC)
• Digital inputs: 2
• Relay outputs: 2 (NO/NC)
• 1-Wire input (up to 8 sensors)
• Memory: 70 000 values
• Modbus TCP/IP support
• Webserver
• XML/JSON, HTTP API commands
• SNMP alarms (up to 5 recipients)
• E-mail alarms (up to 5 recipients)
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Ethernet connection
• Digital inputs: 1
• Relay outputs: 8 (NO/NC)
• Webserver
• XML and HTTP API commands
• E-mail alarms (up to 5 recipients), SMTP with TLS support
• SNMP alarms
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...14 VDC

• Ethernet connection
• Modbus TCP/IP
• Digital inputs: 4
• 1-Wire input (up to 8 sensors)
• Analog inputs: 4 (0...60 VDC)
• Relay outputs: 4 (NO/NC)
• Configurable inputs
• Webserver
• HTTP Post, HTTP API
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Measurement distance: 0,5…2 m
• Accuracy: ± 0,5 °C
• Measurement speed: 0,7…2 m
• Software: DERMALOG Fever Detection (PC required)
• Interface: USB 3.0
• SDK: .Net / C / C++ / (Java coming soon)

• Measurement speed: 0,6 s (up to 700 people per hour)
• Integrated sensors: 5
• IR thermal array, range: 0...100 °C (± 0,3 °C)
• Room temperature sensor, range: -40...+85 °C (± 0,5 °C)
• Relative humidity sensor, range: 0...100 % (± 3 %)
• Vibration sensor (for sabotage detection), range: 0,25...5 G
• Distance sensor, resolution: 1 mm
• Dew point calculation
• Relay inputs: 2
• Relay outputs: 2
• LED indication, buzzer (85 dB)
• Communication: Ethernet (10/100)
• Connector (RJ45) for connection of other Kentix devices
• Webserver
• Software: remote connection with AlarmManager-PRO
• E-mail, SNMP alarms, Rest API
• SD card slot (to save pictures, card up to 128 GB)
• PoE
• Optional: RFID reader
• Optional: wall bracket, cable

• Suitable for ATEX Zones 2 and 22
• Detected gases: hydrogen, methane, acetylene, propane, butane
• Default calibration: methane CH4
• Stable long-life metal-oxide / pellistor sensor
• Range: 0...100% LEL
• Resolution: 0,1 / 1 % LEL
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -40...+70 °C; ≤ 95 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

• Suitable for ATEX Zones 2 and 22
• Highly sensitive Photo Ionization Detector (PID) sensor
• Detectable gases: VOCs (acetone, ethanol, toluene, xylene etc.)
• Default calibration: Isobutylene
• Range: 0…40 / 0…200 ppm isobutylene
• Resolution: 0,01 / 1 ppm
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -40...+65 °C; 0…95 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

• Suitable for ATEX Zones 2 and 22
• Stable long-life metal-oxide sensor
• Detectable gases: acetone, ethanol, toluene, xylene etc.
• Default calibration: toluene
• Range: 0...1000 ppm (toxic range) / 0...100% LEL (flammable range)
• Resolution: 1 ppm for toxic ranges / 0,1 % LEL for flammable range
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -40...+70 °C; < 95 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

• Digital inputs: 2
• 1-Wire input (up to 8 sensors)
• RS-485 input (up to 8 sensors)
• Analog inputs: 4 (2 x 0...10 VDC, 2 x 0...10 VDC / 4...20 mA, WEB control)
• Relay outputs: 4 (NO/NC)
• Setup via USB or SMS
• Data logger for up to 52 000 records
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• SMS alarms (up to 5 numbers)
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...24 VDC

• Digital inputs: 2
• 1-Wire input (up to 4 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• Setup via USB or SMS
• Webserver
• HTTP Post, HTTP API
• SMS alarms (up to 5 numbers)
• E-mail alarms (up to 5 recipients), SMTP with TLS support
• Operating temperature: 0...40 °C
• Warranty: 3 years
• Supply: 10...28 VDC

SM400-4-TH humidity and temperature sensor supports MODBUS RTU protocol over the RS-485 interface. Suitable for environmental quality monitoring offices, server room, data center and indoor air

• Changeable communication parameters
• Non-volatile memory for all settings
• Operating temperature range: -20…60°C
  • Accuracy (min): ± 0.4 °C (in -10…+ 60 °C range)
  • Accuracy (max): ± 0.6 °C (in -20…+ 60 °C range)
  • Resolution: 0.1 °C
• Operating relative humidity range: 10…90% (non-condensing)
  • Accuracy (min): ± 3.0 % RH (in 20…80 % RH range)
  • Accuracy (max): ± 5.0 % RH (in 10…90 % RH range)
  • Resolution: 0.1 % RH
• Ingress protection: IP20
• Operating voltage range: 4.5…26 VDC

• Digital, programmable power network parameter meter N30P with RS-485 interface
• Measures voltage, current, frequency, active, reactive power, cosφ, tgφ, energy consumption
• Programmable with keys or via computer

• Measurement of parameters: voltage, current, active, reactive and apparent power, cosφ, tgφ, frequency, active, reactive and apparent energy, active power 15 minutes, voltage 10 minutes
• Current and voltage harmonics analysis up to 51st (measurements available via RS-485)
• Programmable input:
  • Current: 0…1 / 0…5A
  • Voltage: 0…100V / 0…230V / 0…400V
• Output:
  • Analog: 0/4...20 mA or 0...10 V
  • Relays: 1 or 4
  • Binary (OC)
• Digital output: RS-485 modbus (can be programmed through RS-485)
• Two-line LCD display
• Pulse output to measure energy consumption
• 4 alarm outputs with signaling on LED diodes, working in 7 different modes
• Conversion of any measured value into an analog signal 0/4...20 mA or 0...10V
• Protection grade: frontal side – IP65 / from terminal side – IP10
• Operating temperature: -25...23...55 °C

The CM22 provides essential video security features in a compact form. It is a 3MP (2048x1536) camera with 10 meters of IR light range, and includes people and vehicle detection for motion search and trajectory analysis. The CM22 camera, combined with the SV23 vape detector and air quality sensor, and powered by the Verkada Command cloud computing platform, creates a powerful vape prevention and logging system.

• 30, 60 and 90 days of data retention (256…768 GB) on hardware and cloud back-up. If the connection to the Command cloud is lost, data is saved onboard and synced once the internet connection is restored
• Easy to install: no NVR, DVR, servers or port forwarding, just PoE connection
• Alerts: Camera status (offline), motion detection, people detection, vehicle detection, crowd detection, line-crossing detection, loitering detection
• Privacy: live face blur, privacy regions and audit log
• Field of view: Horizontal: 95°; Vertical: 69°; Diagonal: 130°
• Operating temperature / humidity: -10…50 °C / 0…90 %
• Connection and power input: RJ-45, PoE (IEEE 802.3af type 1)
• Certifications: FCC, ICES, RCM, VCCI, CE, UKCA, EN 50155 railway compliance, UL/cUL/IEC 62368-1, NOM
• Warranty: 5 years

Industrial IoT module TCW242 for remote real-time monitoring and control of industrial equipment, facilities, production lines, renewable energy systems, greenhouses and water stations

• Web-based configuration and control with password protection
• 4 digital inputs for dry contacts
• 4 analog inputs with 0-10V and 0-20mA options
• 4 relays with normally open/normally closed contacts
• RS-485 interface for MODBUS RTU sensors. Up to 24 sensors (registers)
• Monitor up to 24 channels
• Set up to 24 independent alarms
• SNMPv3 protocol support
• Alarm notifications via SNMP traps
• NTP protocol support
• HTTP API commands
• 4 schedules for real-time control of relay outputs
• Custom logical functions
• Secured email transfer with TLS 1.0, TLS 1.1, and TLS 1.2 support
• Data logging capacity for up to 70,000 records
• Dynamic DNS support for DynDNS, No-IP, and DNS-O-Matic providers
• Periodical HTTP / HTTPS Post of XML / JSON status files for client-server systems
• MODBUS TCP / IP protocol support
• MQTT 3.1.1 protocol support
• Rugged DIN-Rail / wall-mountable enclosure
• Operating temperature range: -20…+55 °C

• Ethernet connection
• Digital inputs: 2
• 1-Wire input (up to 2 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• IP watchdog function
• Webserver
• SNMP alarms
• VLAN and MAC address filtering
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...14 VDC

• Adjustable start time delay: 0...16 s
• Operating resistance: 0...100 kΩ
• Mounting on DIN rail
• Operating temperature: -10...50 °C
• Supply: 117/230/400 VAC
• Protection class: IP20

• Three versions by sensitivity: NS (standard), AS (high), SR (adjustable)
• Operating resistance: 5,6 kΩ (NS) 70 kΩ (AS) 0...100 kΩ (SR)
• Mounting on DIN rail
• Operating temperature: -10...50 °C
• Supply: 117/230/400 VAC
• Protection class: IP20

The enLink Status-VC transmits data using long range LoRa wireless which easily integrates with cloud services or on-site Systems.

• 0…20 mA, 0…10 V or resistance input
• 12 bit resolution
• Communication: LoRaWAN; frequency range: 863-870 MHz; up to 16 km range
• Measurement sending interval: 30 s to 3 hours
• 2 x Li-SOCl2 (3.6V) AA sized batteries ensure 3+ years of operation
• Configuration via USB cable / downlink
• Case IP40 protection (IP 67 on request)

• Wide gap between the two parts of sensor
• Protection class: IP65
• Max switching voltage: 100 V
• Max switching current: 0,5 A
• Cable length: 0,45 m
• Warranty: 3 years

• Measurement range: -40...+150 °C, -1...60 bar
• Temperature measurement accuracy: ± 1,3 °C
• Pressure measurement accuracy: ±0,5 % of full scale
• Operating temperature: -20...+50 °C
• Overload: 65 bar
• Two valve system
• Android / iOS app for communication with the device (via Bluetooth Low Energy interface)
• 124 refrigerant gases

TSM400-4-CP is a multi parameters sensor that supports MODBUS RTU protocol over the RS-485 interface. The sensor measures barometric pressure and CO2 concentration.. Suitable for environmental quality monitoring, indoor air, smart ventilation systems, restaurants and breweries CO2 level and CO2 leakage control.

• Changeable bitrate and other communication parameters
• Non-volatile memory for all setting
• CO2 measurements range: 400…5000 ppm
• Accuracy: ± (40 ppm + 5 %)
• Resolution: 1 ppm
• Calibration: Automatic, if the sensor is exposed to fresh air for more than 30 minutes
• Pressure measurements range: 10…1200 hPa
• Accuracy (min): ±1.5 (25°C, 750 hPa)
• Accuracy (max): ±2.5 (-20 °C to + 85 °C, 300…1100 hPa)
• Resolution: 1 hPa
• Operating temperature range: -20…+60°C
• Operating relative humidity range: 5…95% (non-condensing)
• Ingress protection: IP20
• Operating voltage range: 4,5…26 VDC

• Input: Modbus RTU – RS-485
• Output: 4-channel SPST relay contacts
• Rated relay load: 3 A at 250 Vac; 3 A at 30 Vdc
• Non-volatile memory to retain and restore relay states following power outages
• Watchdog functionality for communication loss
• Operating temperature / humidity: -20…+60 °C / 10…90 % (non-condensing)
• DIN rail mounting
• Power supply: 5…28 Vdc
• Warranty: 3 years

• Moisture reading range:
  • Hay: 6…40 %
  • Hops: 8…23 % (FX-30)
  • Hemp: 7…34 % (FX-30)
  • Tobacco: 8…37 % (FX-30)
  • Brazil Nuts: 6…25 % (FX-30)
  • Dates: 6…25 % (FX-30)
• Large, custom display with auto backlight and modern light case for comfort use
• On-screen statistics for up to 100 readings saved to the meter (High, Low, Average, Standard Deviation)
• Bluetooth® connectivity to EDGE® app (FX-30). timestamp and geotag, data export to .csv format, save unlimited readings, customize LED ranges
• Alarm set point - alerts to user-selected moisture level (Color-coded LEDs alerts – adjustable through EDGE® app FX-30)
• Internal calibration check
• “Low Batt” warning with audio
• Auto off timer.  Set to 1m, 4m, or 10m
• Compatible with existing Delmhorst prods and electrodes
• Power: 2x AA Alkaline battery (Working hours: 125…150)
• Temperature Correction Range: -18…+124 °C
• QR code on meter for easy access to support materials and meter registration
• Size: meter only 20,40 x 7,24 x 4,06 cm
• Weight: meter only: 218 gm
• 2-year warranty on manufacturer’s defects. Bonus warranty with on-line registration

Multifunctional professional current cramps NC14 with twistable clamp direction. The device is designed to measure AC current and AC/DC voltages, active, reactive, apparent power, inrush current, resistance, harmonics (up to 49th), phase angle, THD, power factor, DF, crest factor and power factor. Twistable clamp direction enables user to measure current in hard-reachable areas. Can be used in single- and three-phase (3 or 4 wire systems) networks. Two variants are available: NC14-400A (up to 400 A AC) and NC14-1000A (up to 1000 A AC).

• 10 time functions. With control signal and without additional signal
• 10 time ranges. Ranging from 0,1 sec. to 30 hours
• Operating voltage: 12…240 V AC / DC
• Operating power: < 4 VA
• Mounting on DIN rail
• Operating temperature: -20…+55 °C

Infrared temperature meter KIRAY 100 with double measuring laser. Main tool for temperature measurement in remote and dangerous areas.

Infrared temperature meter KIRAY 200 with double measuring laser. Main tool for temperature measurement in remote and dangerous areas.

Noncontact infrared thermometer KIRAY 300 is designed to diagnose, inspect and check the surface temperature of measured objects. Up to 100 values can be stored in the internal memory.

ORP electrode sensors (glass, epoxy body and submersible)

The instrument uses a pH/ORP sensor and RTD Pt100 temperature sensors. If the Pt100 is connected the transmitter makes automatic temperature compensation (pH only).

• pH range: 0 ÷ 14.00 pH
• ORP range: 0 ÷ 1000 / 0 ÷ -1000 / -1000 ÷1000 / 0 ÷ 2000 / 0 ÷ -2000 mV
• Temperature range: -10.0 ÷ 110.0 °C / 14.0 ÷ 230.0 °F
• Resolution: 0.01 pH, 1 mV, 0.1 °C
• Digital output: RS-485 isolated
• Analog output: 4-20 mA galvanically isolated, "current loop" two wires
• Power supply: 9 / 36 Vdc
• Dimensions: 71x95x58 mm. Rail Din (4 modules)
• Operating temperature: 0…+50 °
• EMC/RFI conformity: EN 61326

pH electrode sensors (glass, epoxy body and submersible)

• Portable analyzer NP40 is designed for power network quality parameter analysis
• Analyses voltage and current harmonics up to 51-st, THD
• Real-time waveform display (4 voltage / 4 current)
• Measurement of TRMS currents up to 3000 A (with standard sensor)
• Half cycle RMS measurement (voltage and current)
• Measurement in 1-phase and 3-phase systems (3- and 4-wire)
• Voltage, current, harmonics, power, energy and other parameter measurement
• Graphical representation of data in a waveform and vector diagram
• Record of events: dips, swells, overvoltages
• Built-in 8 GB memory card
• Ethernet interface for remote monitoring
• USB interface for data transfer
• Color 5,6” TFT display, 320 x 240 px

• Power factor controller for reactive power compensation
• Measures 73 power network parameters (40 visible on screen, all via Modbus RTU)
• Relay outputs: 4 / 6 / 8
• Programmable switch in time, switch off time and discharge time
• Alarm message and relay output
• Optional digital output: Modbus RTU (RS-485)
• Optional real time clock (RTC)
• LCD screen
• Operating temperature: -10...+60 °C
• Protection class (front): IP54

• Panel electromagnetic devices are designed to measure the angle between phase voltage and current in one-phase and three-phase circuits
• Measured value is represented in cosine (cos φ)