Product Description
Overview
The UEi ATT29 K-Type Fiberglass Coated Temperature Probe is a versatile temperature measurement accessory designed for HVAC professionals, combustion technicians, and maintenance personnel. Its bead-style sensing element allows fast response temperature monitoring on operational equipment, heating systems, boilers, ducts, and other applications requiring dependable temperature readings.
The probe features a durable 3.8-foot fiberglass-coated braided wire that withstands rugged working conditions while maintaining flexibility during testing. The mini K-Type connector ensures compatibility with a broad range of UEi instruments that support K-Type thermocouple inputs.
Whether performing combustion analysis, boiler diagnostics, system commissioning, or preventive maintenance, the ATT29 provides reliable temperature measurement performance.
Key Features
- K-Type bead temperature probe
- Designed for operational equipment temperature measurements
- Suitable for boilers and HVAC systems
- Fast-response bead sensor design
- 3.8-foot fiberglass-coated braided wire
- Mini K-Type connector
- Durable construction for demanding environments
- Flexible lead assembly
- Compatible with numerous UEi instruments
- Ideal for field diagnostics and maintenance
Use Cases
- Boiler temperature monitoring
- HVAC diagnostics
- Combustion analysis
- Operational equipment testing
- Duct temperature checks
- Preventive maintenance inspections
- System commissioning
- General temperature measurements
Compatibility
Current Products
- UEi C161
- UEi C163
- UEi C165+
- UEi ACA
- UEi ACA/R
- UEi DL379B
- UEi DL389B
- UEi DL579
- UEi DL589
- UEi DL599
- UEi DT302
- UEi DT304
- UEi DT720
- UEi EPC
- UEi HAC
- UEi INF195C
- UEi TCM
Retired Products
- UEi ACM6000
- UEi ADM3201
- UEi C85
- UEi C100
- UEi C127
- UEi C155
- UEi C162
- UEi C164
- UEi C165
- UEi C255
- UEi C257
- UEi CO91
- UEi DL297T
- UEi DL429B
- UEi DL489
- UEi DM391
- UEi DM393
- UEi DT0150
- UEi DT150
- UEi DT221
- UEi DT222
- UEi DT301
- UEi DTK2
- UEi INF185
- UEi INF195
- UEi INF215
- UEi INF225
Benefits
- Provides accurate temperature measurements
- Fast response bead sensor design
- Durable fiberglass-coated braided wire
- Suitable for high-demand field environments
- Broad instrument compatibility
- Ideal for HVAC and combustion applications
FAQ
Q: What is the ATT29 designed to measure?
A: The ATT29 is designed for measuring temperatures in operating equipment, boilers, HVAC systems, and similar applications.
Q: What thermocouple type does the ATT29 use?
A: The ATT29 utilizes a K-Type thermocouple sensor.
Q: How long is the lead wire?
A: The probe features a 3.8-foot fiberglass-coated braided wire.
Q: What connector type is used?
A: The ATT29 uses a mini K-Type connector.
Q: Can this probe be used with combustion analyzers?
A: Yes. The ATT29 is compatible with several UEi combustion analyzers and temperature-capable instruments.
Technical Specs
General
- Product Type: Temperature Probe
- Model Number: ATT29
- Probe Type: K-Type Thermocouple
- Sensor Style: Bead Probe
- Application: Equipment, Boiler & HVAC Temperature Measurement
Probe Specifications
- Lead Length: 3.8 Feet
- Wire Construction: Fiberglass-Coated Braided Wire
- Connector Type: Mini K-Type Connector
Compatibility
- Compatible with UEi K-Type Temperature Measurement Instruments
Warranty
- 1-Year Limited Warranty
Shipping Information
- Ships in protective retail packaging.
- Compact design for tool bags, service kits, and testing equipment cases.
Who This Is For
- HVAC Technicians
- Combustion Specialists
- Boiler Service Contractors
- Industrial Maintenance Professionals
- Service Technicians
- Mechanical Contractors
End-of-Page Summary
The UEi ATT29 K-Type Fiberglass Coated Temperature Probe is a durable bead-style temperature probe designed for boilers, HVAC systems, combustion analysis, and operational equipment diagnostics. Featuring a 3.8-foot fiberglass-coated braided wire and mini K-Type connector, it provides reliable temperature measurements for professional service and maintenance applications.
