PDM 15

A PDM (Power Distribution Module) is a device used to replace conventional relays and fuses in a vehicle electrical system.

The PDM takes inputs from physical switches, analogue voltages, or the CAN bus, and provides power to different electronic devices such as radiator fans, fuel pumps and head lights.

The current being drawn from each connected device is continuously monitored. If the measured current is too high due to a fault, the PDM switches off the respective output to prevent further damage to the wiring loom or the connected device. The PDM can then retry the output to see if the fault has cleared.

Product Details
Included
- PDM15 Main Unit
Technical Specification
Advantages Over Fuses and Relays
- Greatly simplifies system wiring and reduces system component count.
- Reduces the weight of the electrical system.
- Provides increased reliability over traditional systems using mechanical relays.
- Solid state technology removes the problem of relay contact corrosion and relay bouncing in vibration heavy applications.
- Smart features such as indicator and wiper motor modes remove the need for extra control units.
- Current draw can be monitored and logged to pre-emptively detect faults.
General Features
- Size: 200x160x54mm
- Weight: 615g
- Operating Temperature: -55°C to 90°C (-67°F to 194°F)
- Construction: Glass Fibre Reinforced Plastic
- IP Rating: IP67
- Connectors: Deutsch DT 12-Pin
- Update Rate: Up to 800Hz
Inputs
- Type: 16 Analogue inputs, which can also serve as digital inputs
- Measurement Range: Each input can measure between 0V-6V
- Measurement Resolution: 10-Bit, or 0.01V
- Protection: Fully protected for input voltages from -24V to 40V
- Added Features: Current sourcing for ground switch detection. Configure as active high or low. Configurable Hysteresis voltage. Latching or momentary operation.
Outputs
- Type: 15 High side outputs 80A peak, 20A continuous.
- Combined: 180A combined output maximum current
- Output Current Control Steps: 100mA (0.1A)
- Protection: Each output is overcurrent, overtemperature, load dump and reverse polarity protected.
- 5V: One 5V, 500mA output for supplying external sensors/Hardwire Electronics CAN Keypad
- Added Features: Outputs can be configured to stay on for a specified time after the input is removed, useful for thermo-fans. Outputs can be retried multiple times after an over-current event is detected.
Data Logging
- Storage: 128Mb of onboard flash storage for logging PDM data
- Speed: 0.1Hz to 50Hz
- Viewing: Data can be downloaded and graphed via the Hardwire Electronics PDM configurator software
Functions
- Output Functions: Each Output can be switched with a user defined function
- Logical Operators: AND, OR, NOR, XOR, NAND, NOR, >, >=, <, <=, Equal, Not Equal
USB
- Type: USB 2.0 Compliant Mini-B
- Driver: Integrated driver for Windows 10
CAN Bus
- Interface: 1x CAN2.0A/B
- Bus Speed: 50kbps, 100kbps, 125kbps, 250kbps, 500kbps, 1000kbps
- Input Stream: 40 Inputs, fully customizable variable parsing with bit masking and math functions. A range of CAN config files are available to communicate with common ECUs.
- Output Stream: 15 Outputs, fully customizable CAN frame construction with math functions

PDM15 Solid-State Power Distribution & Management Main Unit

SKU:: HW-PDM15
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Quantity:

$849.00

Product Description

PDM 15

A PDM (Power Distribution Module) is a device used to replace conventional relays and fuses in a vehicle electrical system.

The PDM takes inputs from physical switches, analogue voltages, or the CAN bus, and provides power to different electronic devices such as radiator fans, fuel pumps and head lights.

Product Details
Included
- PDM15 Main Unit
Technical Specification
Advantages Over Fuses and Relays
- Greatly simplifies system wiring and reduces system component count.
- Reduces the weight of the electrical system.
- Provides increased reliability over traditional systems using mechanical relays.
- Solid state technology removes the problem of relay contact corrosion and relay bouncing in vibration heavy applications.
- Smart features such as indicator and wiper motor modes remove the need for extra control units.
- Current draw can be monitored and logged to pre-emptively detect faults.
General Features
- Size: 200x160x54mm
- Weight: 615g
- Operating Temperature: -55°C to 90°C (-67°F to 194°F)
- Construction: Glass Fibre Reinforced Plastic
- IP Rating: IP67
- Connectors: Deutsch DT 12-Pin
- Update Rate: Up to 800Hz
Inputs
- Type: 16 Analogue inputs, which can also serve as digital inputs
- Measurement Range: Each input can measure between 0V-6V
- Measurement Resolution: 10-Bit, or 0.01V
- Protection: Fully protected for input voltages from -24V to 40V
- Added Features: Current sourcing for ground switch detection. Configure as active high or low. Configurable Hysteresis voltage. Latching or momentary operation.
Outputs
- Type: 15 High side outputs 80A peak, 20A continuous.
- Combined: 180A combined output maximum current
- Output Current Control Steps: 100mA (0.1A)
- Protection: Each output is overcurrent, overtemperature, load dump and reverse polarity protected.
- 5V: One 5V, 500mA output for supplying external sensors/Hardwire Electronics CAN Keypad
- Added Features: Outputs can be configured to stay on for a specified time after the input is removed, useful for thermo-fans. Outputs can be retried multiple times after an over-current event is detected.
Data Logging
- Storage: 128Mb of onboard flash storage for logging PDM data
- Speed: 0.1Hz to 50Hz
- Viewing: Data can be downloaded and graphed via the Hardwire Electronics PDM configurator software
Functions
- Output Functions: Each Output can be switched with a user defined function
- Logical Operators: AND, OR, NOR, XOR, NAND, NOR, >, >=, <, <=, Equal, Not Equal
USB
- Type: USB 2.0 Compliant Mini-B
- Driver: Integrated driver for Windows 10
CAN Bus
- Interface: 1x CAN2.0A/B
- Bus Speed: 50kbps, 100kbps, 125kbps, 250kbps, 500kbps, 1000kbps
- Input Stream: 40 Inputs, fully customizable variable parsing with bit masking and math functions. A range of CAN config files are available to communicate with common ECUs.
- Output Stream: 15 Outputs, fully customizable CAN frame construction with math functions