KMeterISO unit is an all-in-one solution for temperature measurement that integrates the functions of acquisition, isolation, and communication. It incorporates a K-type thermocouple sensor and utilizes the STM32F030+MAX31855KASA+T 14-bit thermocouple digital conversion chip scheme, ensuring high-precision temperature acquisition and conversion.
The unit's microcontroller unit (MCU) employs the STM32F030, enabling seamless data acquisition and communication through the I2C interface. The CA-IS3641HW serves as a signal isolator, ensuring reliable and safe data transmission.
The KMeterISO unit supports K-type thermocouple probes with a wide measurement range of -200°C to 1350°C. It features a universal standard K-type flat interface, allowing for easy replacement of different measuring probes to cater to specific temperature measurement needs.
This module finds extensive application in various fields, including industrial automation, instrumentation, power and electrical systems, heat treatment, and more. It is well-suited for temperature collection, control, and monitoring in diverse scenarios, providing accurate and reliable temperature data.
- STM32F030, high-performance ARM Cortex-M0 core, supports I2C firmware updates
- MAX31855KASA+T: (14Bit ADC, 0.25°C Resolution, ±2% Accuracy)
- Supported probe types: Type K - Supports access probe measuring range from -200°C to 1350°C
- I2C communication interface addr: 0x66
- Signal Isulate The CA-IS3641HW isolates input and output signals to improve stability, safety, and reliability.
- Supported programming platforms: Arduino, UIFlow
- 1x KmeterISO Unit
- 1x K-type thermocouple probe (measuring range -50°C to 250°C, wire length 1m)
- 1x HY2.0-4P cable (20cm)
- Industrial automation
- Power appliances
- heat treatment
|STM32F030, ARM Cortex-M0，最高48MHz，64K flash，4K SRAM
|Temperature sensor chip
|Signal isolation chip
|Thermocouple Operating temperature range
|Maximum sample rate
|SPI interface clock frequency range
|Up to 5 MHz
|Internal temperature sensor accuracy
|Open, short, and thermocouple low voltages
|ARM Cortex-M0，48MHz，64K flash，8K SRAM
|56 * 24 * 9.6 mm
|136mm × 92mm × 13mm
- Init device I2C address
- Get thermocoupie temperature
- Get internal temperature
- Get string thermocoupie temperature
- Get string internal temperature
- Is ready temperature measurement
- Get device firmware version
- Get device I2C slave address
- Set device I2c slave address
LEARN AND DOCUMENTS
Failed right away. Requested a replacement and after a quick follow up from customer service about the Version of software I was using, they now will not return my email, a new meter, or my money. Stay away from this one.
Very nice product - it rapidly senses changes. Works as advertised