Our configured motor and inverter platforms
Modified from solutions built, tested and delivered, configured products guarantee a great requirements match based on solid foundations.
Our configured motor platforms
We have engineered motors for a range of applications up to 3000Nm and 130krpm. Our Configured motor product level takes this wide variety of proven products and exploits their inherent flexibility to produce a great match for your requirements while minimising lead time and upfront costs.
Key to abbreviations
SPC – Latest scalable core technology platforms (compatible with our Flexible Manufacturing Facility (FMF) with base platform tooling in place)
SPM – Previous core technology platforms
SPX – Specialist X-Division platforms
How we configure our motors
As part of our configured package the calibration parameters including thermal models are optimised and signed off for a particular application allowing higher phase current. CAN communications can also be configured.
How we configure our inverters
- Helix inverters support communication via controller area network (CAN) bus according to ISO 11898. Helix implements the Classical CAN frame format allowing bit rates up to 1 Mbit/s and payloads up to 8 byte per frame. The interface definition is defined in a DBC file shared with the customer in order to define and agree the necessary interfaces to the inverter
- Safety critical messages on the CAN are protected with end-to-end counters and checksums
- Helix has well-defined interfaces to support all aspects of inverter operation: torque control, speed control, fault and status reporting, for example. However, the customer can request CAN DBC modifications to facilitate the introduction of specific features and functions within the inverter control software
- Helix offers customisation of its core inverter platforms to achieve package integration better matched to customer requirements. Examples include:
- Phase cable orientation
- Cooling ports
- DC in position and sizes
- Helix can map an inverter to a customer motor. The process involves a combination of desktop mapping based on modelling the motor characteristics and a final dyno optimisation to ensure best-in-class torque accuracy optimisation. Application optimisation may also be required to suit the client resolver.
- MCUSS is a high integrity, independent safety processor providing safety rated torque monitoring, safe state implementation and avoidance of hazardous DC voltage conditions after a crash. It features an independent processor and sensing hardware to guarantee freedom from interference. Primary MCUSS functions are:
- Monitoring (and reporting) delivered motor torque
- Ensuring that safe-state is achieved and maintained in the event of a safety related shutdown
- Preventing exposure to hazardous levels of DC voltage after a crash.
The safety system has been developed as a System Element Out Of Context (SeooC). Helix can provide a detailed safety manual and support customers with the testing required to bring the MCUSS into the vehicle context.
Our 3 strategic product levels
Standard, off-the-shelf, stock products with no NRE required for the delivery of sample quantities.Learn more
Our integrated drive systems
Maximising performance and efficiency in an optimised package.