Evolution Sensors and Controls products
RTD - Cryogenic RTD Probes
Evolution - 4 Wire Cryogenic RTD Probe for Temperature Measurement
The Evosensors 4 Wire Cryogenic RTD Probe is engineered for precise temperature measurement across a wide range of applications, particularly in cryogenic environments. Designed with stainless steel sheath options ranging from 1 to 6 inches and a diameter of 1/8 inch, this probe offers reliable and consistent performance for demanding conditions. It features a PFA insulated lead wire that can be configured in various lengths, starting from 3.3 feet (1 meter), ensuring flexibility for system integration. Operating efficiently within -320°F to 572°F (-200°C to 300°C), it is equipped with stripped end termination for secure connections. Its robust design and high tolerance to extreme temperatures make it suitable for industrial, scientific, and research applications where accurate temperature data is crucial.
Thermocouple - Beaded Thermocouple Temperature Sensors
Evosensors - Model Type K - Insulated Thermocouple with Miniature Male Connector
This Type K insulated thermocouple is designed for precision temperature measurement in challenging environments. Fabricated with flexible 30-gauge PFA insulated wire, the thermocouple ensures high accuracy under special limits of error (SLE). The design features an exposed welded bead with a diameter of 0.029 inches (0.7 mm), optimizing rapid temperature response. It operates effectively within a temperature range of -90°F to 500°F (-70°C to 260°C), catering to various industrial applications, particularly in electronics. The thermocouple also includes a robust miniature male connector, enabling secure connections in any setup. The wire dimensions allow integration into systems where space constraints are critical, maintaining performance integrity even under thermal stress. Users are prompted to consider additional accessories to complete their sensor systems, offering enhanced customization and functionality.
Thermocouple Connectors - Miniature Thermocouple Connectors - Miniature Male Thermocouple Connectors
Evosensors - Model K1X-MALE-CON-FP-X-MPCX - Type K Miniature Male Thermocouple Connector
The Type K Miniature Male Thermocouple Connector from Evosensors is designed for precise temperature measurement applications. It features a thermoplastic construction that ensures durability across a range of conditions, operating effectively between temperatures of -40°F to 400°F (-40°C to 200°C). The connector is compliant with RoHS regulations, which guarantees it meets international safety and environmental standards. Equipped with flat male pins, this connector utilizes Type K thermocouple alloys, primarily nickel aluminum, and features a stainless steel captive design. This makes it well-suited for industrial thermal monitoring where reliability is critical. Evosensors offers an array of thermocouple products, providing flexibility and options to meet specific thermal sensing needs. The miniature design allows for easy integration into compact systems, supporting accurate and consistent thermal data collection.
Infrared - Infrared Temperature Sensors
Evolution - Model RT-CSLT-1 - Infrared Temperature Sensor and Transmitter
The IRT-CSLT Infrared Temperature Sensor and Transmitter in a Compact Fixed Mount Design is perfectly suited for non contact temperature measurement applications.
Thermocouple Wire - Type B Thermocouple Extension Wire
Evosensors - Model B1E-PVCX-20G-25FT - Type B Extension Grade Thermocouple Wire PVC Insulated 20 Gauge
The Type B extension grade thermocouple wire from Evosensors features PVC insulation and a 20 gauge solid configuration. Designed for precision temperature measurement tasks, this thermocouple wire is composed of platinum-rhodium alloys, suitable for applications requiring precise extension of measurement range. This wire is insulated with PVC, offering durability and flexibility, and operates efficiently within a temperature range of 32°F to 220°F. The construction is compliant with ANSI color standards, featuring a red copper, bare wire design. It is engineered for consistent performance across industrial environments, where high thermal stability and reliability are essential. The wire's robustness makes it ideal for demanding applications involving temperature sensing in controlled settings.
