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Mainly based on the float switch design, these controllers help to monitor the liquid level (as combined units they monitor both liquid level and temperature) in oil reservoirs of fluid power and lubrication systems.
Attached to the tank top cover, they penetrate directly into the hydraulic fluid or the lubricant.
Each of the following series offers particular features and details culminating in the extreme density of functions offered by the Multiterminal.
Level switch Fluidcontrolterminal series
High number of functions reduces requirements for installation, space and cost
Adjustable level contacts
Connecting flange according to DIN 24 557 part 2
Directly attached electronic contact thermometers optional
The FC terminals offer the functions of tank breathing, level/temperature control, filling and topping up and oil sampling in a very compact design.
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Level measurement instrument in stainless steel 1.4571
with integrated temperature sensor
TN 210
Characteristics:
Analog level signal 4-20 mA, two-wire transmitter
Max. 4 level switches (bistable) pnp-output. Control elements: reed contacts or magnet sensors
Analog temperature signal 4-20 mA, two-wire transmitter
Temperature switches: pnp-output or thermostat for switch action
Advantages:
Reductions of costs: max. 4 different measurements in one measuring instrument
Economy of time, of storage costs, of assembly costs etc.
Areas of application:
IMB combined measuring instruments are suitable even for rough environments and are applicable in the following industries:
plant engineering, off-shore, machine construction, power plants, chemical industrie, ship-building, biochemical industrie, food industrie, petrochemical industrie, pharmaceutics etc.
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Integrated sensor/transmitter combining the transmitter capability with a platinum sensing element in a single package for an easier-to-install temperature sensing solution.
. TT363 high-temperature plastic case and electronics can be used in applications with an ambient temperature up to 185°F.
. The transmitter function of the TT363 allows the customer to utilize the signal from the sensor from thousands of feet away using only 2 wires –a 4-20mA loop
. Connector is industry standard Packard/Delphi Metripack 150, weatherproof, provides strain relief for wires, and is polarized.
. TT363 integrated transmitter for long-distance transmission of signal.
. SS 316 case extremely corrosion resistant
. Wide temperature range -45.5°C to 148.9°C(-50°F to 300°F)
. Platinum RTD for accuracy and stability.
. Four NPT thread sizes fit many applications
. Case length in four standard sizes 1.0”, 2.0”, 3.0”, 4.0” fits and need
. Pressure rating to 1500 psi
Dseigned for applications in industries:
. Oil & Gas, Industrial, Power Generation, Petrochemical, Food Processing, Chemical, Munitions, Process Control
. Bearings, gear boxes, compressors, water jackets, radiators, oil sumps, hydraulic fluid
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A platinum RTD temperature sensor with convenient plug in connection.
• Sensor measuring and operating range is from -45.5 to 148.9°C (-50 to 300°F).
• Connection is made using an industry-standard Packard/Delphi: Metri-pack 150 connector
Temp Range: -50 to 300°F (-45.5 to 148.9°C)
Case Material: 316 Stainless Steel
Connector: Packard /Delphi METRI-PACK 150
Pressure Rating:
Stainless Steel: 1500 psi
Brass: 500 psi
Insulation Resistance: 1000 megaohms min at 500 V
Vibration: Withstands 10 to 2000 Hz at 20 G's min per MIL-STD-202, Method 204 Test Condition D
Shock: Withstands 100 G's min sine wave shock of 8 milliseconds duration.
Sensor Housing: Stainless steel sensor end with a choice of NPT threads; end connector (Packard/Delphi: Metri-pack 150)
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Fast- Response Temperature Sensor with pt1000 Resistor
The fast-response temperature sensor with pt1000 resistor is used for water temperature measurement in hot water supply, solar panels, boiler system etc.
It can be directly mounting in pipe or plate of vessel, the response time is about 1 second.
Technical Data:
1) reaction time: 2 second max
2) Temperature sensing element: pt1000
3) Cable length: 1000mm or client required
4) Mounting threads: 1/2” G connection threads or client required
5) Housing material: SUS304 or SUS316L
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Conax Technologies high pressure RTD temperature sensors have proven their durability and reliability in a variety of high pressure and high temperature environments. Our extensive knowledge of the science of temperature measurement and the physical properties of materials, enables our engineers to recommend the most effective solutions for your application needs. Conax has in-house equipment to proof pressure test and certify units for these extreme applications.
High Pressure RTD, 3 Wire 100 Ohm Platinum:
*With integral high pressure welded threaded fitting
*Proof Pressure Tested to: 30,000 PSI @ 68°F (30°C)
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These RTDs cover the full temperature scale of the international standard EN60751. Precision sensing elements and nickel alloy sheaths are capable of measurements from -200 to 850°C (-328 to 1562°F) with typical ice point drift less than ±0.05°C.
600°C models have stainless steel sheaths for reduced cost. They use the same element structure as 850°C models for excellent accuracy and stability.
- Platinum elements to EN60751, Class A or B
- English and metric diameters
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You can mount these probes directly in fluid streams for accurate, reliable sensing. Time constant is just 2 seconds, compared to 10 seconds for an ordinary stainless probe or up to 50 seconds for a thermowell. The result is more accurate monitoring of dynamic processes.
- Stainless steel probes for use to 260°C (500°F)
- Pressure rating 1500 psi (103 bar)
- Quick reaction to changing fluid and gas temperatures
- NPT (U.S.) or metric threads
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Example:
-Platinum-chip temperature sensors in SMD style on epoxy card to EN 60 751, PCSE style (90.6122)
for temperatures from -20 to +150°C
Reference values Pt100, Pt500 and Pt1000
standardized nominal values and tolerance
pre-assembled measuring insert
automated processing is possible
SMD temperature sensors offer a price advantage
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Temperature transmitters are fitted with either Pt100 or Pt1000 sensors. Their change in resistance relative to temperature is transformed into an electric output signal or used to control relay contacts.
www.trafag.com
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Insert these thin, laminated RTDs in winding slots to detect high temperatures before insulation damage occurs. RTD temperature sensors continuously monitor conditions and provide the long term trend data that is necessary for making adjustments before unexpected alarms occur.
The sensing elements of stator RTDs extend through most of the body length to provide an average temperature reading. This eliminates the danger of a point-type sensor missing a localized hot spot. Six sensors are recommended for each motor, two per phase. Locate sensors near the hottest point of the windings for best performance.
Some models comply with European standards for electrical apparatus for potentially explosive atmospheres: ATEX Directive 94/9/EC EN 50 014: 1997, General requirements EN 50 019: 2000, Increased safety.
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Autoclave Chamber/Load Probe (SL160) Sensor :
The SL160 series of autoclave chamber/load probe sensors are similar to the SL150 series, but differ in having a 90° bend and a chisel point to allow penetration of the product bottle seal.
When mounting a load probe with a straight sheath into a product bottle/container in an autoclave it is often difficult to achieve the desirable orientation. This is often due to both the weight of the probe lead wire and its restrictive bending radius. The SL160 is designed to circumvent this by having a 90° bend in the probe sheath. The addition of a chisel point at the probe tip also allows it to be inserted with relative ease through the bottle seal it there is one.
The SL160 chamber/load probes are currently being fitted as original equipment by a major autoclave manufacturer.
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IST thin film platinum temperature sensors provide solutions for extreme temperature applications. IST produces sensors that are specifically designed to operate in temperatures of up to +1000°C, making them ideal for automotive applications such as engine and exhaust temperature regulation. IST sensors provide accurate readings and long-term stability in these conditions.
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Screw-in RTD thermometers ET521 and ET522 with replaceable measuring insert and terminal head are preferred for measuring temperatures in liquids and gases. Applications include HVAC and refrigeration, heating installations, ovens, furnaces and plant engineering, as well as process technology.
- For temperatures from -50..+500 °C
- As single or twin resistance thermometer
- Pt100, Pt500, Pt1000, PTC1000 or NTC sensor
- Selection of DIN B types and miniature terminal heads
- Integrated thermowell with AISI316 s/s thread-connection
- Transmitter options with outputs 4-20 mA and RS485 Modbus RTU
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Wired Sensor Elements
C - Cryo Temperature Range (-196°C to +500°C)
L - Low Temperature Range (-50°C to 400°C)
M - MediumTemperature Range (-70°C to 600°C)
H - High Temperature Range (-70°C to 1000°C)
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Temperature Sensor TSA 03 in Stainless Steel for Wall Fastening
TSA 03
Characteristics
Measuring element: Pt100
Output: 4-20mA (2- wire), or 0-10V DC (3- wire)
Max. temperature range: -30°C up to +100°C
Electrical connection: Aluminium case 64 x 58 x 36 mm
Protection: IP66
Reasonable prices
Areas of application
Temperature sensors TSA 03 are used for measuring temperatures in refrigerated warehouses, in greenhouses, in production halls and storehouses, outdoor etc.
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IST platinum temperature sensors provide solutions for extreme temperature applications. IST products are designed with the highest quality materials, allowing them to operate within a temperature range of -200°C to +1000°C. Standard DIN 60751 sensors are offered in class B (0.12%), class A (0.06%), 1/3 class B (0.04%), and higher accuracies upon request.
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A full range of Pt100 Temperature sensors manufactured to your specifications or available off the shelf for quick delivery
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The ifm temperature sensors are based on a PT 1000 which converts the measured quantity of temperature into a signal as a result of the change in resistance. A microprocessor controls the evaluation of the electrical signal. For the efector 600 the system temperature is directly indicated on the unit by an LED display.
The electronic circuitry is made in film technology, i.e. a flexible, temperature-stable and extremely resistant polyimide film is used as a carrier for the SMD components. In conjunction with a special potting compound this leads to a high shock and vibration resistance. The microprocessor and the display make the handling of the efector 600 very simple. By means of programming buttons the values for switch point, hysteresis, switching frequency and delay time can be set electronically without the system temperature being present. This enables the installation of the efector 600 in a few minutes. The values are saved in an EEPROM independently of the supply voltage.
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ATEX or PED pyrometer assemblies
Different ranges of temperature assemblies specially developed for the chemical and petrochemical industries.
Temperature assemblies with or without thermowell
IP54 to IP67 ingress protection
Simple protection or EEx "i", "e" or "d" safety protection
DAN, DAN V, PSX V type connection head, etc.
Platinum resistance from -200 °C to +450 °C
Standard material - 316L stainless steel. Various materials and coatings available as an option
ATEX and PED directives: see the ATEX/PED and EMC chapter, on the right-hand side of the home page.
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ET24x series surface temperature sensors are intended for measuring
temperatures on closed pipe systems or other round or flat surfaces.
The sensor can be conveniently fixed with a hose clamp or M3 screw.
Mounting with hose clamps avoids any mechanical preparation of the
measurement site.
- For measuring temperatures from -50 to +500 ° C
- Pt100, Pt500, Pt1000, PTC1000 or NTC resistance sensors
- Double RTD sensing element option
- Available in 2-, 3- or 4-wire circuit
- PVC-, silicone,- teflon- or fiberglass-insulated cable
- Quick and easy installation
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ET7xx series air temperature sensors are intended for measuring temperatures in dry and damp rooms, airducts or outdoors. Applications include building automation, meteorology and labs.
- For measuring air temperature indoors, outdoors
and in airducts within range -50...+100 ° C
- Pt100, Pt500, Pt1000 RTD, PTC1000 or NTC resistance sensor
- ABS plastic terminal head
- 4-20 mA, 0-10 V transmitter options
- RS485 Modbus RTU interface option for direct Fieldbus networking
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Designed for outdoor and harsh indoor use
Screw terminal block for 4-wire Pt100 connection
Optional built-in 4-20 mA transmitter
Optional bracket assembly for mast or pipe mounting
Rugged sensor and protection tube design
Supplied with IP68 cable gland for electrical connection
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IST nickel temperature sensors provide solutions for precise temperature measurement applications and are a direct replacement for nickel-balco temperature sensors. IST nickel temperature sensors operate within a temperature range of -60°C to +300°C. Standard DIN 43760, ½ DIN 43760, and 2x DIN 43760 sensors are offered in TCR values ranging from 4280 ppm/K to 6720 ppm/K.
IST sensors are available in SMD and wired configurations, and in sizes ranging from 2mm (L) x 1.2mm (W) to 10mm (L) x 5mm (W). Standard sensors can be customized with a variety of wire material, length, and configurations with user defined attributes such as nominal resistance, TCR value, and tolerance class.
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IST thin film platinum temperature sensors provide solutions for extreme temperature applications. IST thin film products are designed with the highest quality materials, allowing them to operate within a temperature range of -200°C to +1000°C. Standard DIN 60751 sensors are offered in class B (0.12%), class A (0.06%), 1/3 class B (0.04%), and higher accuracies upon request.
IST sensors are available in SMD and wired configurations, and in sizes ranging from 0.8mm (W) x 1.2mm (L) to 2mm (W) x 10mm (L). Standard sensors can be customized with a variety of wire material, length, and configurations with user defined attributes such as nominal resistance, TCR value, and tolerance class.
Direct Wire-Wound Replacement
IST offers a series of thin film platinum temperature sensors that directly replace wire-wound platinum temperature sensors. IST’s thin film sensors combine the features of traditional wire wound platinum sensors such as accuracy, long-term stability, repeatability, interchangeability, and wide temperature range, while providing additional features such as robustness, higher resolution, shorter response times, and an improved price/performance ratio.
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IST manufactures platinum thin film temperature sensors in wireless configurations for surface mount applications. These sensors come in sizes of 1206, 0805, and 0603 and can operate in a temperature range of -60°C to +250°C. Classes for these SMD sensors include DIN 60751; class A (0.06%), class B (0.12%), and 2x class B (0.24%).
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The HT-Tip is a universal sensor-tip used to build high-temperature sensors. Its areas of application are the automotive industry, internal combustion engines, exhaust and burners. The tip is characterized by long-term stability, precision over a broad temperature range and compatibility. By using this tip you are able to avoid the most critical steps building thermometers.
Specification HST (Heraeus Sensor Technology)
Temperature Range -70°C up to +1000°C
Temperature coefficient TCR = 3770 ppm/K
Leads bare wire
Lead length (L) tbd
Environmental conditions depends on installation
Insulation resistance > 100 MOhms at 20°C
Self heating tbd
Response time
t0.63 = 8 s at 22 m/s airflow,
300°C temperature step
t0.63 = 10 s at 12 m/s airflow,
300°C temperature step
Measuring current 5 mA at 20°C; 2.7 mA at 1000°C
Notes of processing When connecting the sensor,
proper polarisation has to be maintained!!!
Packaging tbd
Status preliminary
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In addition to long-term stability, interchangeability and accuracy, elementary sensors are additionally characterized by small size footprints of only a few square millimeters. The temperature application range, however, is extremely high: from -196° Celsius to +1000° Celsius!
To increase the ease of use in mass production applications, Heraeus Sensor Technology has enhanced the capabilities of elementary sensors. DBS sensors, for example, are equipped with rectangular connecting wires that offer superior directional stability when compared to round wires. The DBS sensors, which are available in several different standard wire lengths, can eliminate the need for expensive extension leads.
Ideas developed by Heraeus Sensor Technology have simplified the need for further processing of SMD sensors. The FC-type SMD sensor, for example, which have no edge-metallization, can be die-bonded on PCBs instead of soldered, saving time and costs for automated manufacturing processes.
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ZigBee Wireless Thermostat
The WiStat WR is a ZigBee wireless, battery or line-voltage
powered digital thermostat, designed to work with the WiPoint
WR or WiPoint Mini to control a variety of HVAC appliances.
The WiStat WR lets you instantly retrofit your existing HVAC
infrastructure without disruptive and expensive rewiring.
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