OverviewGeneral-purpose transmission dyno control system for Axi-line and Mustang transmission dynamometers. Replaces outdated controls with a cart-mounted all-in-one solution. Uses the HTC-S controller with modern processor architecture to enable continuous firmware updates and system expandability. Runs Hydra-Test Dyno Control Software derived from the company's valve-body platform with ongoing enhancements driven by industry feedback.
Features- Full manual and automatic dyno controls for manual or automated testing
- Complete solenoid control supporting current late-model transmissions
- Hardware compatible with the TEHCM controller
- Modern processor and solenoid-drive electronics
- Designed for future firmware updates and expansion
- Continuous software development based on customer requirements
- Standardized use of the HTC-S controller across product lines
Compatibility & Services- Configurable inputs and outputs to connect to any Axi-line or Mustang transmission dyno
- Adapters available for Axi-line and Zoom test cables
- On-site installation, operator training, and commissioning services
Software & Usability- Easy-to-navigate Hydra-Test software platform
- Prewritten scripts for many common transmissions to accelerate test setup
- Full script editing via the HTC-S script editor for custom test development
Technical specifications- 4 isolated analog outputs for dyno control (speed, motor torque, output load)
- 16 high- or low-side solenoid drivers with current monitoring (4 A capacity)
- Safety-rated E-Stop circuit components and monitoring PLC
- Manual controls and indicators on cart
- Hydra-Test “Chart Recording” DAQ for capturing known-good test data
- HTC-S script editor for custom scripts and solenoid modulation parameters
- Windows 11 PC with dual monitors (8 GB RAM, 256 GB SSD, Intel i5 or greater)
- Designed to interface with the Hydra-Test TEHCM Controller
- Power – 120 VAC, 15 A
- 16 analog inputs dedicated to dyno and transmission pressures
- 3 generic speed inputs (2- or 3-wire sensors, 20–100 PPR)
- 3 generic torque I/O inputs (one drive voltage, two strain-gauge signal conditioners)
- 7 main/clutch pressure sensors (0–500 PSI)
- 1 cooler pressure sensor (0–200 PSI)
- 1 cooler flow sensor (0–6 GPM)
- 1 cooler temperature sensor (0–300 °F)
- 16 analog inputs dedicated to internal transmission signals/sensors
- 4 speed sensor inputs (3-wire)
- 1 transmission temperature sensor input
- 1 transmission pressure transducer input
- 8 digital inputs for pressure switches / MLP switches
- 2 PWM inputs for Ford or Allison range indicator sensor