Home » Shop » Duct Sensors » BAPI BA/10K-2-A-24-BB Duct Averaging Temperature Sensor

BAPI BA/10K-2-A-24-BB Duct Averaging Temperature Sensor

Original price was: $117.93.Current price is: $80.14.

Sale!

74 in stock

SKU: BA/10K-2-A-24-BB Category:

The BAPI BA/10K-2-A-24-BB is a duct averaging temperature sensor engineered for accurate air temperature measurement in commercial and industrial HVAC duct applications. Featuring a 10K ohm thermistor sensing element and a 2-point averaging configuration, this sensor delivers reliable, representative temperature readings across the duct cross-section — minimizing the effects of uneven airflow or temperature stratification.

Key Features
  • 10K ohm thermistor output for compatibility with a wide range of building automation and HVAC control systems
  • 2-element averaging design captures a more accurate mean duct temperature
  • 24-inch flexible sensing element for broad duct coverage
  • Bare bulb (BB) configuration for fast thermal response and direct air contact
  • Designed for easy insertion into standard duct penetrations
  • Suitable for use with BACnet, LonWorks, and other DDC/BAS controllers accepting 10K thermistor inputs
  • Durable construction built for long-term commercial HVAC service
Applications
  • Supply and return air duct temperature monitoring
  • Air handling unit (AHU) control and energy management
  • Building automation system (BAS) integration
  • HVAC zoning and economizer control
Product Specifications
  • Brand: BAPI (Building Automation Products, Inc.)
  • Model: BA/10K-2-A-24-BB
  • Sensor Type: 10K Ohm Thermistor
  • Averaging Elements: 2
  • Sensing Element Length: 24 inches
  • Bulb Style: Bare Bulb (BB)
  • Mounting: Duct insertion

The BAPI BA/10K-2-A-24-BB is an ideal choice for contractors and building automation professionals seeking a dependable, cost-effective duct averaging sensor. Its straightforward installation and broad controller compatibility make it a go-to solution for new construction and retrofit HVAC projects alike.