Bosch Thermal Camera GTC400C 12V Max Connected Infrared (160x120 Resolution WiFi Bluetooth Imaging Diagnostics 14-752 Degree Range Diagnostic Kit)

In stock
SKU: GTC400C
Regular price $1,299.00 USD

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Commercial-Grade 12V Connected Infrared Thermal Camera Matrix with 160x120 Sensor Resolution, Dual Camera Overlay Telemetry, and IP53 Environmental Protection

The Bosch GTC400C 12V Max Connected Thermal Camera Kit delivers specialized structural fault diagnosis utility and exceptional temperature evaluation accuracy across active residential and commercial building infrastructure. Operating on an advanced 160x120 infrared array detailing 19,200 individual tracking metrics, this commercial-grade imaging instrument accurately maps thermal anomalies across an expansive 14°F to 752°F scale. This professional diagnosis solution resolves hidden insulation bypasses, overloaded commercial circuit breaker hot spots, and hydronic line blockages by combining an automated visual-infrared image overlay system with a high-transmittance 3.5-inch illuminated color viewing pane. Outfitted with integrated WiFi hotspot and Bluetooth remote wireless telemetry, a high-capacity 12V Max lithium power pack, and an IP53 dust and splash protection armor shroud, this 2.2 lb diagnostic station optimizes subcontractor verification efficiency during electrical panelboard audits, HVAC duct heat loss mappings, and structural dampness tracking cycles.

Best Used For:

  • Panelboard Thermal Auditing: Inspecting high-amperage electrical terminals and electrical overcurrent devices for dangerous high-resistance connections or overloaded circuit corridors.
  • HVAC Duct Tracking: Scanning building insulation envelopes and ceiling ventilation lines to isolate convective energy bypass failures or hidden heat leakage zones.
  • Hydronic In-Floor Diagnostic Tasks: Tracing the layout routes and tracking local fluid obstructions inside embedded under-floor radiant heating tube matrices before boring operations.

Key Performance & Safety Features

  • High-Density Sensor Matrix: Features a 19,200 pixel infrared tracking engine providing <50 mK thermal sensitivity to identify minor thermal performance transitions.
  • Picture-in-Picture Documentation: Combines actual digital light photography with active thermal heat mapping profiles to provide undeniable structural field records.
  • Integrated App Wireless Connectivity: Utilizes a built-in local WiFi server and Bluetooth array to sync field images to the Bosch Thermal App matrix.
  • All-Weather Casing Shroud: Heavy-duty injection-molded chassis blocks harmful dust accumulation and stops low-angle water spray vectors from corrupting the internal calibration boards.
  • Extensive Internal Vault Memory: Stores 500 integrated visual and thermal data files on a internal 4 GB solid-state drive framework to manage extensive tracking projects.

What's Included

  • (1) GTC400C 12V Max Connected Infrared Thermal Camera
  • (1) 12V Max Lithium-Ion Rechargeable Battery Cell
  • (1) 12V Max Rapid Battery Charger Station
  • (1) Heavy-Duty USB Data Interface Link Cable
  • (1) Soft Protective Equipment Pouch

Technical Specifications

Specification Value
Brand Name Bosch
Model Number GTC400C
Instrument Classification Type Connected Infrared Thermal Camera
Thermal Sensor Resolution 160 x 120 Pixels (19,200 Capture Boundaries)
Temperature Tracking Range 14°F to 752°F
Thermal Sensitivity (NETD) < 50 mK
Planar Diagnostic Accuracy ± 5.4°F (± 3°C)
Aperture Field of View 53° x 43°
Display Panel Screen Size 3.5 Inches Diagonal
Internal Storage Vault Size 4 GB (Approx. 500 Multi-Layer Images)
Sensor Frame Rate 9 Hz Matrix
Environmental Armor Standard IP53 Dust and Spray Resistant
Power Cell Configuration 12V Max Rechargeable Lithium-Ion Battery
Net Instrument Weight 2.2 lbs.

Pro-Tip: When diagnosing subfloor structural leaks or framing gaps, balance the adjustable color scale block limits manually instead of relying on full auto levels. Nailing the hot-to-cold variance range overrides ambient background interference lines, showing localized thermal leaks clearly inside complex masonry channels.