HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization

Specifications for the HV EGT CAN Module ($483.00 NZD archive), Type-K Chromel-Alumel Seebeck voltage tables, and CAN frame decoding.

RAG Engineering Capsule — hv-egt-can-device

View EGT CAN TELEMETRY · 0–1250°C Spec Matrix Open LAMBDA_CAN Calculator

1. Preserved Specification & Reference Matrix — HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization

Component / Model / Parameter	Technical Specification	Operating Metric / Archive Price	Application & Notes
HV EGT CAN Module	Type-K (Chromel + / Alumel -)	0°C to +1,250°C Full Scale	$483.00 NZD (2022 Archive)
Thermocouple Polarity	Yellow (+ Chromel) / Red (- Alumel)	ANSI MC96.1 Color Code	Never splice with copper wire
CAN Frame Resolution	0.1 °C per bit (16-bit unsigned)	50 Hz (20 ms interval)	Open-probe fault detection

2. Trackside Engineering & Calibration Guide: 4-Channel Type-K Chromel-Alumel Exhaust Gas Temperature CAN Amplification

System Architecture (4-Channel Type-K Chromel-Alumel Exhaust Gas Temperature CAN Amplification): Critical for detecting single-cylinder lean conditions caused by partially clogged injectors or intake manifold airflow maldistribution. Within the historical hvelectronics.co.nz motorsport catalog, the HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization directory (/collections/hv-egt-can-device) serves as the primary calibration and hardware selection reference for New Zealand circuit, rally, and drift engine builds.

Component-Level Technical Breakdown: For HV EGT CAN Module, the nominal specification is Type-K (Chromel + / Alumel -) (0°C to +1,250°C Full Scale), engineered specifically for $483.00 NZD (2022 Archive). For Thermocouple Polarity, the nominal specification is Yellow (+ Chromel) / Red (- Alumel) (ANSI MC96.1 Color Code), engineered specifically for Never splice with copper wire. For CAN Frame Resolution, the nominal specification is 0.1 °C per bit (16-bit unsigned) (50 Hz (20 ms interval)), engineered specifically for Open-probe fault detection.

Harness & Loom Termination Standard: Always use genuine Type-K (Yellow + Chromel / Red - Alumel) extension wire and miniature Type-K connectors; splicing copper wire introduces parasitic thermocouple junctions.

ECU Calibration & Scaling Note (EGT CAN TELEMETRY · 0–1250°C): Cold-junction compensated 16-bit CAN frames (0.1°C resolution from 0°C to +1,250°C on ID 0x1E0 at 50 Hz) allow individual cylinder fuel and ignition trim balancing.

3. Scrutineering & Loom Termination Checklist (hv-egt-can-device)

Mandatory field checks when installing or calibrating 4-Channel Type-K Chromel-Alumel Exhaust Gas Temperature CAN Amplification from the HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization archive on New Zealand competition vehicles:

HV EGT CAN Module Verification: Confirm baseline operating parameter (Type-K (Chromel + / Alumel -) / 0°C to +1,250°C Full Scale) prior to dyno cell start-up — $483.00 NZD (2022 Archive).
Thermocouple Polarity Inspection: Validate installation against Yellow (+ Chromel) / Red (- Alumel) (ANSI MC96.1 Color Code) — Never splice with copper wire.
CAN Frame Resolution & Thermocouple Polarity Audit: Cross-check 0.1 °C per bit (16-bit unsigned) and Yellow (+ Chromel) / Red (- Alumel) tolerances under full thermal and vibration load (Always use genuine Type-K (Yellow + Chromel / Red - Alumel) extension wire and miniature Type-K connectors; splicing copper wire introduces parasitic thermocouple junctions.).

INTERACTIVE WORKBENCH PRESET (LAMBDA_CAN)

Compute custom transfer slopes, injector flow scaling, CAN word bit-timing, or wire voltage drop for 4-Channel Type-K Chromel-Alumel Exhaust Gas Temperature CAN Amplification:

Launch LAMBDA_CAN Workbench Mode →

4. Technical FAQ — HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization

What are the primary calibration specifications in the HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization archive?

Type-K thermocouples generate ~41.276 µV/°C via the Seebeck effect. The HV EGT CAN Module amplifies, cold-junction compensates, and linearizes up to four exhaust gas temperature channels from 0°C to +1,250°C, broadcasting 16-bit integers over CAN at 50 Hz. Key reference points include HV EGT CAN Module (Type-K (Chromel + / Alumel -)) and Thermocouple Polarity (Yellow (+ Chromel) / Red (- Alumel)).

How should 4-Channel Type-K Chromel-Alumel Exhaust Gas Temperature CAN Amplification be configured in Link G4X, Emtron, or Haltech ECUs?

Cold-junction compensated 16-bit CAN frames (0.1°C resolution from 0°C to +1,250°C on ID 0x1E0 at 50 Hz) allow individual cylinder fuel and ignition trim balancing. Always follow the harness rule: Always use genuine Type-K (Yellow + Chromel / Red - Alumel) extension wire and miniature Type-K connectors; splicing copper wire introduces parasitic thermocouple junctions.

Where can New Zealand teams purchase replacement hardware for HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization?

While hvelectronics.co.nz preserves the 2018–2022 specification archive and interactive calculators for HV EGT-to-CAN Thermocouple Amplifiers — Type-K Seebeck Linearization, active NZ retail stock for the HV Sensors range is supplied by DTech Motorsport in Tauranga.

5. Related Hardware Datasheets for EGT CAN TELEMETRY · 0–1250°C

HV-EGT-CAN-01 · EGT CAN Devices $483.00 NZD $483.00 NZD

HV EGT CAN Module — Type-K Thermocouple to 1 Mbps CAN-Bus

The HV EGT CAN Module (HV-EGT-CAN-01, archived at $483.00 NZD) digitizes Type-K (Chromel-Alumel) exhaust gas thermocouple microvolt signals with internal cold-junction compensation and broadcasts 16-bit temperatures over 500 kbps or 1.0 Mbps CAN-Bus at 50 Hz (0°C to 1,250°C), freeing analog inputs on Emtron and MoTeC ECUs.

Range: 0°C to +1,250°C Type-K (Chromel-Alumel) Exhaust Gas Temperature

Signal: ISO 11898-2 High-Speed CAN 2.0A/B (500 kbps / 1.0 Mbps, 50 Hz transmit rate)

Port: IP67 Potted Anodized Billet Enclosure with Mini Type-K Sub-D / DTM Harness

View Calibration & Pinout DTech Stock ↗