-
BackX
-
Components
-
-
Category
-
Semiconductors
- Diodes
- Thyristors
-
Electro-insulated Modules
- Electro-insulated Modules | VISHAY (IR)
- Electro-insulated Modules | INFINEON (EUPEC)
- Electro-insulated Modules | Semikron
- Electro-insulated Modules | POWEREX
- Electro-insulated Modules | IXYS
- Electro-insulated Modules | POSEICO
- Electro-insulated Modules | ABB
- Electro-insulated Modules | TECHSEM
- Go to the subcategory
- Bridge Rectifiers
-
Transistors
- Transistors | GeneSiC
- SiC MOSFET Modules | Mitsubishi
- SiC MOSFET Modules | STARPOWER
- Module SiC MOSFET ABB’s
- IGBT Modules | MITSUBISHI
- Transistor Modules | MITSUBISHI
- MOSFET Modules | MITSUBISHI
- Transistor Modules | ABB
- IGBT Modules | POWEREX
- IGBT Modules | INFINEON (EUPEC)
- Silicon Carbide (SiC) semiconductor elements
- Go to the subcategory
- Gate Drivers
- Power Blocks
- Go to the subcategory
-
Electrical Transducers
-
Current Transducers | LEM
- Closed-Loop Current Transducers (C/L)
- Open-Loop Current Transducers (O/L)
- Current Transducers supplied with unipolar voltage
- 'Eta' Current Transducers
- Current Transducers - LF xx10 Series
- Current Transducers - LH Series
- Current Transducer - HOYL and HOYS Series
- Current Transducers - GO–SME & GO–SMS Series
- AUTOMOTIVE current transducers
- Go to the subcategory
-
Voltage Transducers | LEM
- Voltage Transducers - LV Series
- Voltage Transducers - DVL Series
- Precision Voltage Transducers with double magnetic core - CV Series
- Voltage Transducer for Traction - DV 4200/SP4
- Voltage Transducers - DVM Series
- Voltage Transducer - DVC 1000-P
- Voltage Transducers - DVC 1000 Series
- Go to the subcategory
- Precision Current Transducers | LEM
- Go to the subcategory
-
Current Transducers | LEM
-
Passive components (capacitors, resistors, fuses, filters)
- Resistors
-
Fuses
- Miniature Fuses for electronic circuits - ABC & AGC Series
- Tubular Fast-acting Fuses
- Time-delay Fuse Links with GL/GG & AM characteristics
- Ultrafast Fuse Links
- Fast-acting Fuses (British & American standard)
- Fast-acting Fuses (European standard)
- Traction Fuses
- High-voltage Fuse Links
- Go to the subcategory
- Capacitors
- EMI Filters
- Supercapacitors
- Power surge protection
- Go to the subcategory
-
Relays and Contactors
- Relays and Contactors - Theory
- 3-Phase AC Semiconductor Relays
- DC Semiconductor Relays
- Controllers, Control Systems and Accessories
- Soft Starters and Reversible Relays
- Electromechanical Relays
- Contactors
- Rotary Switches
-
Single-Phase AC Semiconductor Relays
- AC ONE PHASE RELAYS 1 series| D2425 | D2450
- One phase semiconductor AC relays CWA and CWD series
- One phase semiconductor AC relays CMRA and CMRD series
- One phase semiconductor AC relays - PS series
- Double and quadruple semiconductor AC relays - D24 D, TD24 Q, H12D48 D series
- One phase semiconductor relays - gn series
- Ckr series single phase solid state relays
- One phase AC semiconductor relays for DIN bus - ERDA I ERAA series
- 150A AC single phase relays
- Rail Mountable Solid State Relays With Integrated Heat Sink - ENDA, ERDA1 / ERAA1 series
- Go to the subcategory
- Single-Phase AC Semiconductor Relays for PCBs
- Interface Relays
- Go to the subcategory
- Cores and Other Inductive Components
- Heatsinks, Varistors, Thermal Protection
- Fans
- Air Conditioning, Accessories for Electrical Cabinets, Coolers
-
Batteries, Chargers, Buffer Power Supplies and Inverters
- Batteries, Chargers - Theoretical Description
- Modular Li-ion Battery Building Blocks, Custom Batteries, BMS
- Batteries
- Battery Chargers and Accessories
- Uninterruptible Power Supply and Buffer Power Supplies
- Inverters and Photovoltaic Equipments
- Energy storage
- Fuel cells
- Lithium-ion batteries
- Go to the subcategory
-
Automatics
- Futaba Drone Parts
- Limit Switches, Microswitches
- Sensors, Transducers
-
Infrared Thermometers (Pyrometers)
- IR-TE Series - Water-proof Palm-sized Radiation Thermometer
- IR-TA Series - Handheld Type Radiation Thermometer
- IR-H Series - Handheld Type Radiation Thermometer
- IR-BA Series - High-speed Compact Radiation Thermometer
- IR-FA Series - Fiber Optic Radiation Thermometer
- IR-BZ Series - Compact Infrared Thermometers
- Go to the subcategory
- Counters, Time Relays, Panel Meters
- Industrial Protection Devices
- Light and Sound Signalling
- Thermographic Camera
- LED Displays
- Control Equipments
-
Recorders
- Hybrid Recorders - AL3000 Series | CHINO
- Graphic Recorder - KR2000 Series | CHINO
- Ubiquitous Recorders - KR5000 Series | CHINO
- Palm-sized Temperature/Humidity Meters - HN-CH Series | CHINO
- Consumables for Recorders
- 71VR1 - Compact Paperless Recorder | M-SYSTEM
- Graphic Recorder - KR3000 Series | CHINO
- PC Recorders - R1M Series | M-SYSTEM
- PC Recorders - R2M Series | M-SYSTEM
- PC Recorders - RZMS Series | M-SYSTEM
- PC Recorders - RZUS Series | M-SYSTEM
- Go to the subcategory
- Go to the subcategory
-
Cables, Litz wires, Conduits, Flexible connections
- Wires
- Litz wires
- Cables for extreme applications
- Sleevings
-
Braids
- Flat Braids
- Round Braids
- Very Flexible Flat Braids
- Very Flexible Round Braids
- Cylindrical Cooper Braids
- Cylindrical Cooper Braids and Sleevings
- Flexible Earthing Connections
- Galvanized and Stainless Steel Cylindrical Braids
- PCV Insulated Copper Braids (temp. up to 85C)
- Flat Aluminium Braids
- Junction Set - Braids and Tubes
- Go to the subcategory
- Traction Equipment
- Cable Terminals
- Flexible Insulated Busbars
- Flexible Multilayer Busbars
- Cable Duct Systems
- Hoses
- Go to the subcategory
- View all categories
-
Semiconductors
-
-
- Suppliers
-
Applications
- CNC Machine Tools
- DC and AC Drives (Inverters)
- Energetics
- Energy bank
- Equipment and Components for Hazardous Areas [Ex]
- Equipment for Distribution, Control and Telecommunications Cabinets
- HVAC Automation
- Induction Heating
- Industrial Automation
- Industrial Protective Devices
- Machines for Drying and Wood Processing
- Machines for Thermoforming Plastics
- Mining, Metallurgy and Foundry
- Motors and Transformers
- Power Supplies (UPS) and Rectifier Systems
- Printing
- Temperature Measurement and Regulation
- Test and Laboratory Measurements
- Tram and Railway Traction
- Welding Machines
-
Assembly
-
-
Montaż urządzeń
- Assembly of equipment on request
- Designing and Assembling of Busbar Cabinets, Switching Cabinets, Power Cabinets
- Power systems installation
- Components
- Machines built for order
- R&D research and development work
-
Industrial Testers
- Tester for diodes and thyristors measurement
- Thermal and motor circuit breakers testing stand
- Varistors and surge protectors testers
- Car fuses testing stand
- Tester for the power diode and thyristor reverse recovery charge Qrr measurement
- Rotor tester FD series
- Circuit breakers tester
- Tester for calibrating relays
- Video inspection tester for gas spring piston rods
- High-current thyristor switch
- Mesh ripping tester
- Go to the subcategory
- View all categories
-
-
-
Inductors
-
-
Modernizacja induktorów
- Repair of used inductors
- Modernization of inductors
-
Production of new inductors
- Inductors for crankshaft hardening
- Hardening of band saw teeth
- Inductors for heating elements before gluing
- Hardening of raceways of automotive wheel hub bearings
- Hardening of the drive transmission components
- Hardening of stepped shafts
- Heating in contraction joints
- Induction for scanning hardening
- Soft soldering
- Billet heaters
- Go to the subcategory
- Knowledge base
- View all categories
-
-
-
Induction devices
-
-
Urządzenia indukcyjne
-
Induction heating generators
-
Induction Heating Products Ambrell
- Generators power 500 W, frequency 150 - 400 kHz
- Generators power 1.2 - 2.4 kW, frequency 150 - 400 kHz
- Generators power 4.2 - 10 kW, frequency 150 - 400 kHz
- Generators power 10-15 kW, frequency 50-150 kHz
- Generators power 30-45 kW, frequency 50-150 kHz
- Generators power 65-135 kW, frequency 50-150 kHz
- Generators power 180-270 kW, frequency 50-150 kHz
- Generators power 20-35-50 kW, frequency 15-45 kHz
- Generators power 75-150 kW, frequency 15-45 kHz
- Generators power 200-500 kW, frequency 15-45 kHz
- Generators power 20-50 kW, frequency 5-15 kHz
- Go to the subcategory
- Induction heating products Denki Kogyo
-
JKZ induction heating generators
- Generators CX, frequency: 50-120kHz, power: 5-25kW
- Generators SWS, frequency: 15-30kHz, power: 25-260kW
- Molding and forging furnaces MFS, frequency: 0,5-10kHz, power: 80-500kW
- Melting metals furnaces MFS, frequency: 0,5-10kHz, power: 70-200kW
- Generators UHT, frequency: 200-400kHz, power: 10-160kW
- Go to the subcategory
- Lamp generators for induction heating
- Induction Heating Products - Himmelwerk
- Go to the subcategory
-
Induction Heating Products Ambrell
- Repairs and modernization
- Peripherals
-
Applications
- Medical Applications with Precision Induction Heating
- Applications for automotive industry
- Soldering
- Brazing
- Aluminum Brazing
- Brazing a magnetic steel cutting tool
- Pin Sealing
- Atmospheric Brazing
- Soldering brass and steel radiator caps
- Carbide Tipping
- Soldering a copper lug and a wire
- Go to the subcategory
- Knowledge base
- View all categories
-
Induction heating generators
-
-
-
Service
-
-
asd
- Service of industrial water coolers and air conditioners
- Machines Repairs and Modernizations
- Repair and Maintenance of Power Electronics, Electronic and Industrial Automation Devices
- HV Power Supplies for Electrostatic Precipitators
- Industrial Printers and Labelling Machines
- Certificates / Entitlements
- View all categories
-
-
- Contact
- Zobacz wszystkie kategorie
Photos are for informational purposes only. View product specification
please use latin characters
in air and other non-aggressive gases. The sensors are based on the capacitive MELA® sensor element with its good
dynamic performance and high long-term stability.
Despite its small size of only 5 x 8 mm the calHT offers a complete calibrated humidity-temperature sensor available
with analogue output 0 ... 1 V or as digital sensor with output similar to I2C.
Therefore the calHT is an excellent choice for a large number of OEM applications e. g. in the consumer goods industry.The sensors can also be supplied with a protective frame as a grip protector.
Technical Data: | |
Relative Humidity | |
- measuring range | 0 ... 100 % rh |
- resolution | 0,5 %rh |
- accuracy | ±2 %rh 05„.35°C 25...85 %rh) |
±3 %rh (15...35°C, 5...25 %rh and 85...95 %rh) | |
- Additional error | ±0,1 % rh/K @t35°C |
Temperature | |
- measuring ranges | see table |
- resolution | 0.1°C |
-accuracy | 0.5 K @ 25°C ±1 digit |
digit(see diagram) |
General: | |
- operating voltage | 5...30 V DC |
- output signal: | |
calHT01/1, calHT01/2 | 2 x 0...1 V (przy RL 3 1 MΩ) |
calHT 06/1, calHT 06/2 | digit (compatible with I2C) |
- storage temperature | - 65 ... 150°C |
- working temperature | - 40 ... 85°C |
- power consumption | < 1 mA |
Type | Measuring range [°C] |
Labelling |
calHT01-0100(.R) | 0...100 | Green |
calHT01-3070(.R) | -30...70 | Black |
calHT01-2080(.R) | -20..80 | Red |
calHT01-4060(.R) | -40...60 | Yellow |
calHT06-4085(.R) | -40...85 | White |
Temperature accuracy of calHT 01 and calHT 06 series | Temperature accuracy of calHT 01 and calHT 06 series |
S | 1 | 0 | 0 | 1 | 0 | 0 | 0 | 0 | A | 0 | 0 | 0 | 0 | C 4 |
C 3 |
C 2 |
C 1 |
A | P |
R/W |
Microcontroller requests data byte according control command and reads out
S | 1 | 0 | 0 | 1 | 0 | 0 | 0 | 1 | A | D 7 |
D 6 |
D 5 |
D 4 |
D 3 |
D 2 |
D 1 |
D 0 |
N A |
P |
S Start |
R/W
|
||||||||
P Stop | |||||||||
A Acknowledge | from sensor | ||||||||
N/A No Acknowledge |
C 4 |
C 3 |
C 2 |
C 1 |
|
---|---|---|---|---|
0 | 0 | 0 | 0 | Read-Out Humidity |
0 | 0 | 1 | 0 | Read-Out Temperature Byte 1 |
0 | 0 | 1 | 1 | Read-Out Temperature Byte 2 |
D 7 |
D 6 |
D |
D 4 |
D 3 |
D 2 |
D 1 |
D 0 |
|
---|---|---|---|---|---|---|---|---|
0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | Humidity |
0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | Temperature Byte 1 |
X | X | X | X | 0/1 | 0/1 | 0/1 | 0/1 | Temperature Byte 2 |
Humidity = decimal value humidity * 0.5
Temperature = (decimal value temp.* 0.125)-40
[decimal value DV temp. = DV Byte 1+ (DV Byte 2 AND 15)* 256]
Symbol | Parameter | min | max | jednostka |
---|---|---|---|---|
tBUF | idle period between BUS actions | 4,7 | μs | |
tD:SU | data set-up time | 250 | ns | |
tD:HD | data hold time | 50 | ns | |
tST:HD | start hold time | 4 | μs | |
tST:SU | start set-up time | 4,7 | μs | |
tSCL:L | SCL„low" time | 4,7 | μs | |
tSCL:H | SCL „high" time | 4 | μs | |
fSCL | SCL frequency | 100 | kHz | |
t r | SDA, SCL LOW/HIGH time | 1 | μs | |
tf | SDA, SCL HIGH/LOW time | 0,3 | μs | |
tSTO:SU | stop set-up time | 4 | μs | |
tSP | pulse width of spikes to be suppressed by input filter | 100 | ns | |
CL | capacitive load SDA, SCL BUS (internal pull-up 120 kW) | 10 | pF | |
tMUPD | update for measurement values | 40 | ms | |
tSMPL | sampling period DA converter | 2 | 6 | ms |
Instrukcja użytkowania
Nigdy nie wolno dotykać aktywnej części bardzo czułego czujnika. Należy używać bardzo niskiego napięcia podczas lutowania elementu (temperatura lutowania 240°C, czas lutowania 2 sekundy). Należy oczyścić element pomiarowy delikatnie zdmuchując wszelkie pozostałości z montażu, można również przepłukać element w wodzie destylowanej. Nie wpływa to na charakterystykę czujnika, jednak dokładne pomiary mogą być dokonywane dopiero po całkowitym wysuszeniu elementu. Dotyczy to również sytuacji w której powstanie na elemencie rosa.
Typ | FE 09/1, FE 09.R/1 FE 09/2, FE09.R/2 |
FE 09/4 FE 09.R/4 |
---|---|---|
Zakres działania | 0...100%rh | 0...100%rh |
Temperatura działania FE09/X | -60...200°C | -60...200°C |
Temperatura działania FE09.R/X | -40...110°C | -40...110°C |
Pojemność podstawowa | 135±10pF | 115±15pF |
Zmiana pojemności | 0,3±0,05pF/%rh | 0,27±0,08pF/%rh |
Dopuszczalne napięcie | maks. 3V bez DC | maks. 3V bez DC |
Częstotliwość pomiarowa | 5...200kHz | 5...200kHz |
Współczynnik strat | <0,03 (przy 10kHz) | <0,03 (przy 50kHz) |
Czas reakcji (T90) | 10s | 10s |
Histereza (MR 5...95%rh) | <1,5%rh | <1,5%rh |
Liniowość (MR 5...95%rh) | <1,5%rh | <1,5%rh |
Stabilność długoterminowa | <1%rh/a | <1%rh/a |
Substancja robocza | stężenie |
---|---|
NH3 (tylko na krótki czas) | 100 ppm (2 x MAK) |
N2S | 20 ppm (2 x MAK) |
SO2 | 3,7 ppm (10 x MAK) |
No2 | 1,0 ppm (10 x MAK) |
O2 | 0,6 ppm (10 x MAK) |
Cl2 | brak wpływu |
Poniższy algorytm może być użyty do wyliczenia zależności temperaturowej elementu pomiarowego.
K = [A+a(T - 25)] Σ bi . T i
K= wartość skorygowana
A= sygnał wyjściowy (0...100%)
T= temperatura(ºC)
bi= 6*10-4
a= 0,04 (dla T≥25ºC)
a= 0 ( dla T<25ºC)
b0= 0,98125
b2= 6*10-6
Send an inquiry
Are you interested in this product? Do you need additional information or individual pricing?
Contact us
in air and other non-aggressive gases. The sensors are based on the capacitive MELA® sensor element with its good
dynamic performance and high long-term stability.
Despite its small size of only 5 x 8 mm the calHT offers a complete calibrated humidity-temperature sensor available
with analogue output 0 ... 1 V or as digital sensor with output similar to I2C.
Therefore the calHT is an excellent choice for a large number of OEM applications e. g. in the consumer goods industry.The sensors can also be supplied with a protective frame as a grip protector.
Technical Data: | |
Relative Humidity | |
- measuring range | 0 ... 100 % rh |
- resolution | 0,5 %rh |
- accuracy | ±2 %rh 05„.35°C 25...85 %rh) |
±3 %rh (15...35°C, 5...25 %rh and 85...95 %rh) | |
- Additional error | ±0,1 % rh/K @t35°C |
Temperature | |
- measuring ranges | see table |
- resolution | 0.1°C |
-accuracy | 0.5 K @ 25°C ±1 digit |
digit(see diagram) |
General: | |
- operating voltage | 5...30 V DC |
- output signal: | |
calHT01/1, calHT01/2 | 2 x 0...1 V (przy RL 3 1 MΩ) |
calHT 06/1, calHT 06/2 | digit (compatible with I2C) |
- storage temperature | - 65 ... 150°C |
- working temperature | - 40 ... 85°C |
- power consumption | < 1 mA |
Type | Measuring range [°C] |
Labelling |
calHT01-0100(.R) | 0...100 | Green |
calHT01-3070(.R) | -30...70 | Black |
calHT01-2080(.R) | -20..80 | Red |
calHT01-4060(.R) | -40...60 | Yellow |
calHT06-4085(.R) | -40...85 | White |
Temperature accuracy of calHT 01 and calHT 06 series | Temperature accuracy of calHT 01 and calHT 06 series |
S | 1 | 0 | 0 | 1 | 0 | 0 | 0 | 0 | A | 0 | 0 | 0 | 0 | C 4 |
C 3 |
C 2 |
C 1 |
A | P |
R/W |
Microcontroller requests data byte according control command and reads out
S | 1 | 0 | 0 | 1 | 0 | 0 | 0 | 1 | A | D 7 |
D 6 |
D 5 |
D 4 |
D 3 |
D 2 |
D 1 |
D 0 |
N A |
P |
S Start |
R/W
|
||||||||
P Stop | |||||||||
A Acknowledge | from sensor | ||||||||
N/A No Acknowledge |
C 4 |
C 3 |
C 2 |
C 1 |
|
---|---|---|---|---|
0 | 0 | 0 | 0 | Read-Out Humidity |
0 | 0 | 1 | 0 | Read-Out Temperature Byte 1 |
0 | 0 | 1 | 1 | Read-Out Temperature Byte 2 |
D 7 |
D 6 |
D |
D 4 |
D 3 |
D 2 |
D 1 |
D 0 |
|
---|---|---|---|---|---|---|---|---|
0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | Humidity |
0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | 0/1 | Temperature Byte 1 |
X | X | X | X | 0/1 | 0/1 | 0/1 | 0/1 | Temperature Byte 2 |
Humidity = decimal value humidity * 0.5
Temperature = (decimal value temp.* 0.125)-40
[decimal value DV temp. = DV Byte 1+ (DV Byte 2 AND 15)* 256]
Symbol | Parameter | min | max | jednostka |
---|---|---|---|---|
tBUF | idle period between BUS actions | 4,7 | μs | |
tD:SU | data set-up time | 250 | ns | |
tD:HD | data hold time | 50 | ns | |
tST:HD | start hold time | 4 | μs | |
tST:SU | start set-up time | 4,7 | μs | |
tSCL:L | SCL„low" time | 4,7 | μs | |
tSCL:H | SCL „high" time | 4 | μs | |
fSCL | SCL frequency | 100 | kHz | |
t r | SDA, SCL LOW/HIGH time | 1 | μs | |
tf | SDA, SCL HIGH/LOW time | 0,3 | μs | |
tSTO:SU | stop set-up time | 4 | μs | |
tSP | pulse width of spikes to be suppressed by input filter | 100 | ns | |
CL | capacitive load SDA, SCL BUS (internal pull-up 120 kW) | 10 | pF | |
tMUPD | update for measurement values | 40 | ms | |
tSMPL | sampling period DA converter | 2 | 6 | ms |
Instrukcja użytkowania
Nigdy nie wolno dotykać aktywnej części bardzo czułego czujnika. Należy używać bardzo niskiego napięcia podczas lutowania elementu (temperatura lutowania 240°C, czas lutowania 2 sekundy). Należy oczyścić element pomiarowy delikatnie zdmuchując wszelkie pozostałości z montażu, można również przepłukać element w wodzie destylowanej. Nie wpływa to na charakterystykę czujnika, jednak dokładne pomiary mogą być dokonywane dopiero po całkowitym wysuszeniu elementu. Dotyczy to również sytuacji w której powstanie na elemencie rosa.
Typ | FE 09/1, FE 09.R/1 FE 09/2, FE09.R/2 |
FE 09/4 FE 09.R/4 |
---|---|---|
Zakres działania | 0...100%rh | 0...100%rh |
Temperatura działania FE09/X | -60...200°C | -60...200°C |
Temperatura działania FE09.R/X | -40...110°C | -40...110°C |
Pojemność podstawowa | 135±10pF | 115±15pF |
Zmiana pojemności | 0,3±0,05pF/%rh | 0,27±0,08pF/%rh |
Dopuszczalne napięcie | maks. 3V bez DC | maks. 3V bez DC |
Częstotliwość pomiarowa | 5...200kHz | 5...200kHz |
Współczynnik strat | <0,03 (przy 10kHz) | <0,03 (przy 50kHz) |
Czas reakcji (T90) | 10s | 10s |
Histereza (MR 5...95%rh) | <1,5%rh | <1,5%rh |
Liniowość (MR 5...95%rh) | <1,5%rh | <1,5%rh |
Stabilność długoterminowa | <1%rh/a | <1%rh/a |
Substancja robocza | stężenie |
---|---|
NH3 (tylko na krótki czas) | 100 ppm (2 x MAK) |
N2S | 20 ppm (2 x MAK) |
SO2 | 3,7 ppm (10 x MAK) |
No2 | 1,0 ppm (10 x MAK) |
O2 | 0,6 ppm (10 x MAK) |
Cl2 | brak wpływu |
Poniższy algorytm może być użyty do wyliczenia zależności temperaturowej elementu pomiarowego.
K = [A+a(T - 25)] Σ bi . T i
K= wartość skorygowana
A= sygnał wyjściowy (0...100%)
T= temperatura(ºC)
bi= 6*10-4
a= 0,04 (dla T≥25ºC)
a= 0 ( dla T<25ºC)
b0= 0,98125
b2= 6*10-6
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent
Write your review
Review sent
Your review cannot be sent