Sensors - Import export

Available in brass, aluminum, stainless steel, various float types and with ATEX approval for use in a wide variety of media such as water, acids, oils, fuels, etc. Installation Vertical and 45° / 90° curved With cable outlet or plug connection

Weather station made of resistant ABS, with temperature sensor. Time function (12/24), calendar, alarm and day of the week. With base/holder and rear control buttons. Battery powered (2xAAA not included) and presented in an attractive kraft design box. Instruction manual available in English and Spanish. 2 Batteries AAA Not Included

RM2M offers a range of level sensors for liquids and solids. Rotary level sensors for solids: For high temperature, food processing, corrosive, or ATEX environments. Capacitive level sensors for solids: With power supply of 115-230VAC, 24-48VAC, or 24VDC. Membrane level sensors for solids: Operate with the pressure of the material on the membrane. Doesn't require a power supply. Pendular level sensors for solids: Simple and reliable sensor for powders forming a cone in the silo. Does not require a power supply. Conductive level sensors for liquids: Level sensor capable of controlling up to two levels. Available with the following power supplies: 115-230VAC, 24-48VAC, 24VDC. Floating level sensors for liquids: These models do not require an electrical power supply. Versions for agressive environments and food processing.

For oil, petrol, diesel fuels

Housing aluminium. Cable sheath PVC. Version Compact sensor and plug design. Flat connector, 8pole, 1x pin. Connection cable, 6wire, ø 3.55–0.3 mm. Cable bend radius, > 17 mm (static). Note Works with magnetic tapes 21725. The reading distance between the sensor and tape must be 0.1 to 2 mm. The sensor is supplied with operating voltage and draws current via the electronics. System accuracy, repeat accuracy and travel speed is dependent on the electronics. Plugin connection to position indicators 21700 and 21702. Technical data Rating IP 67; EN 60529 (sensor head) Shock resistance 2000 m/s², 11 ms; EN 60068227 Vibration resistance 200 m/s², 50 Hz–2 kHz; EN 6006826 Temperature range Ambient temperature 0…60°C Storage temperature 10…70°C Assembly Installation must be carried out using the enclosed user information. A, reading distance sensor/tape ≤ 2 mm B, lateral offset ± 2 mm C, misalignment ± 3° D, pitch gradient ± 1° E, lateral gradient ± 3°

Housing thermoplastic. Version: Operating principle: Magnetic. Rating: IP67. Note: If the actuator is within the switching range (safety door closed), the safety contacts and, if applicable, the signal contacts of the safety switch are activated. The contact is thus closed via a magnet (magnetic field). Form A: Actuator on one level to the safety switch. Form B: Actuator offset by 90° to the safety switch.

Housing Form A plastic. Housing Form B die-cast zinc alloy. Active face POM. Housing Form C high-alloy stainless steel Version: Voltage: U = 10 – 30 V DC Function: Normally open Switch type: PNP Mounting type: flush Security type: IP 67 Note: Non-contact, functions wear-free with high switching frequency and accuracy. Non-sensitive to vibrations, dust and moisture. Inductive sensors record all metals without contact. Form C enables screw fastening in a T-slot. Is safe and saves space as the proximity switch lays flush in the slot. Short-circuit proof and reverse-polarity protected.

This oil condition sensor measures permittivity in the oil to check oil conditions such as oil life. By detecting oil condition, it can be widely used for finding solution. - Estimate lifespan of oil to determine the optimal time to replace the lubricant - Permittivity changes against degradation, additives, contaminants, wear particles, moisture, and mixing of different oils - Decision whether to operate oil purifier to remove degraded by-products - Quick diagnosis and cause analysis of abnormality for lube oil property and contamination-related thing - Optimal lubricant selection for the equipment - Can measure oil life without consumables - Short measuring time - Can measure up to 0.01% resolution under various harsh operating conditions - LoRa wireless communication available. Data collector is sold separately - Necessary to adjust the direction of sensor probe so that oil passes through between 2 PCB on the probe.

With linear continuous signal to indicate tank content

Oil-Mon Sensor diagnoses and monitors status of degradation, particle and water contamination of used oil in real time, which detects four factors by single sensor. Therefore, it is very important to find out root cause and take prompt action at early stage. Real-time monitoring of oil degradation and contamination with Oil-Mon Sensor can prevent catastrophic failures and extend the life of the equipment. ● Measure multiple items by one sensor (4 items) ● Can initialize and set maximum scale in the controller ● Easy to check visually the measuring values on the controller ● Alarm sounds when an alarm occurs ● Real-time data transmission by connecting to PC

Ferro-Mon Sensor measures the concentration of iron by detecting the change in magnetic flux when magnetic particles such as Fe, Ni,.. etc are collected in the sensor probe. This sensor outputs the amount of magnetic material as “Fe saturation %” so that it detects and evaluates abnormal wear conditions of rotating machines. Two output channels for fine particles and large particles can detect normal wear and abnormal wear. ▪ Real-time monitoring of iron concentration % ▪ Easy installation ▪ Sensor probe and control panel are integrated in one sensor ▪ Integrated Ferro-Mon Sensor can be applied for all equipment. ▪ Particularly, user can get the best effect when applying to gearboxes, engines, transmissions, pumps, bearings, etc., which are vulnerable to wear.

Water contamination is a representative cause that badly affects oil along with particle contamination. Water contamination reduces oil life , e.g., damage to the base oil, loss of additives, etc., accelerates corrosion of the equipment and destroys the lubricating film which brings metal-to-metal contact. Metal-to-metal contact causes abnormal wear and failure of the equipment. Water in oil exists in three types, i.e., free, emulsified and dissolved. When water flows into oil from the outside or is generated by dew condensation, it is necessary to quickly detect and establish countermeasures to prevent the above-mentioned problems. ● Real-time monitoring of water and temperature for lube oil, hydraulic oil, gear oil, engine oil, fuel oil, insulating oil, ● turbine oil, synthetic oil, and various types of fuel (diesel oil, heavy oil) is possible. ● Lubrication system Hydraulic system Gearbox Transformer Engines Storage tank Purifiers

Available in many versions for use in a wide variety of media such as water, acids, oils, fuels, etc. Float and housing in plastic Versions for mounting vertically or horizontally With cable outlet or plug connection

Available in many versions for use in cooling, heating, beverage machines, vending machines, household appliances, instrument technology, etc. In metal and plastic cases. With device socket, plug connection, wiring, encapsulated probes. With double NTC/PTC, with analogue signal output

The tension meter is used to perform a pretension test on commercially available belt systems quickly and easily by means of frequency measurement. Fully electronic and equipped with stateoftheart microprocessor technology, the meter enables precise adjustment of all V, toothed and flat belts that have to be tensioned in the range from 10 to 600 Hz. The measurement must never be performed while the drive is running The meter is not permitted or certified for use in potentially explosive areas.

Housing polyamide 6. Hollow shaft steel. Screen plastic. Grub screw steel. Version Impactresistant housing. Hollow shaft black oxidised. Grub screw black. Dial black, digits white. Note Position indicators allow direct reading of input measurement values at a glance. In addition, the value indicated per spindle rotation (corresponding spindle pitch) can be selected and the various indicator values are realised by a transmission gear. The position indicators are distinguished by their small construction with very clear display. They are especially suitable for small spindle distances and small shaft diameters and have a torque support that is positioned in a hole on the side. ** At the 1st asterisk give assembly position and at the 2nd asterisk give the count direction (see sample order “assembly position, count direction”). Technical data – Counter consisting of 3 10position dials – Height of figures about 4 mm – Hollow shaft Ø 10 H7 mm

Magnetic tape, magnetised plastic sheet. Carrier band steel. Cover band stainless steel. Version Scale with incremented coding. Pole length 5 mm. Note Simple adhesive mounting; selfassembly possible. Required tape length calculated from measuring path + sensor length "L" + (2 x run or return "B"). L = see drawing of sensor used. B = 10 mm (run and return). Technical data Coefficient of expansion (11 ± 1) x 106/K (spring steel) Temperature range Ambient temperature 20–70°C Storage temperature 40–70°C Assembly Installation using the preaffixed doublesided adhesive tape must be carried out according to the enclosed user information. On request Other lengths from 0.1–100 m, in increments of 0.1 m. Note Relative humidity 100%. Dewing is permissible. Drawing reference 1) Cover band A = 0.176 mm 2) Magnetic tape M = 1.0 mm 3) Carrier band T = 0.3 mm 4) Adhesive tape K = 0.1 mm 5) Required tape length = measuring path + L + 2 x B 6) Measuring path

Protected against corrosion and extremely durable, designed according to hygienic standards and equipped with a proven measurement principle for safe and reliable weighing results, the PR 6212 load cell enables accurate measurements in a variety of different weighing applications. - High corrosion resistance - Design according to hygienic standards - High measurement accuracy, C1 - Laser inscription The advanced stainless steel, which is unique in the weighing industry, reduces downtime and costs on long term basis. Due to the upside-down mounting of the load cell in the PR 6012 mounting kits, the hygienic construction and the reduced surface roughness, cleaning times are minimized. Additionally an effective corrosion protection due to aggressive cleaning agents and other liquids could be realized.

SNMP card DL802 (art. CNDL802) is designed to monitor and control the UPS over a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification)

Do you need to know what’s going? Be sure you do! We have the right sensors to help you so you know what’s going on… Have a look at the different sensors Quality4Food has to offer. For The Netherlands we supply high precision sensors for: O2, Co2, N2, Brix, Plato, Density, Alcohol, and so on, have a look at our sensor page. Outside The Netherlands contact us as well and we forward your request to the local agent.