Dual Bl Traction With Hall Sensors - Zapi DUALACE2 NEW GENERATION User Manual

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Pin
Type
A19
Input
A20
Input
A21
Output
NSENS_R
A22
Input
A34
Input
A35
Input

4.2.6 Dual BL traction with Hall sensors

When the inverter is configured as DUALBLE2 NEW GENERATION for
controlling two traction brushless motors, each one equipped with a set of three
Hall sensors as speed and position feedback, the pinout differs from that of the
dual AC traction configuration only for the pins listed in the following table. The
other ones are unchanged both in name and in function (see paragraph 4.2.3).
Pin
Type
A2
Input
A4
Output
A9
Input
A10
Output
PSENS_R
A12
Input
A15
Output
A17
Input
AFNZPxxx– DUALACE2 NEW GENERATION – User Manual
DUALBLE2 NEW GENERATION with sin/cos sensors
Name
Description
Digital input, active when connected to -B.
SPARE
The default function is not defined.
Digital input, active when connected to -B.
SPARE
The default function is not defined.
Negative supply for the right-hand side sin/cos sensor, the
right-hand side thermal sensor and potentiometers.
COS_R
Cosine signal of the right-hand side sin/cos sensor.
SIN_L
Sine signal of the left-hand side sin/cos sensor.
COS_L
Cosine signal of the left-hand side sin/cos sensor.
DUALBLE2 NEW GENERATION with Hall sensors
Name
Description
SH1_L
First left-hand side Hall sensor.
Positive supply for the left-hand side Hall sensors and for
PSENS_L
potentiometers (+5 V or +12 V, 200 mA maximum).
SH2_R
Second right-hand side Hall sensor.
Positive supply for the right-hand side sensor and for
potentiometers (+5 V or +12 V, 200 mA maximum).
SH1_R
First right-hand side Hall sensor.
Negative supply for the left-hand side Hall sensors, the left-
NSENS_L
hand side thermal sensor and potentiometers.
SH2_L
Second left-hand side Hall sensor.
Page 37/169

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Questions and answers

Giraldo Rubio Lazo
January 28, 2025

Como comprobar el funcionamiento del controlador dualac2 sin display

1 comments:
Mr. Anderson
February 10, 2025

You can check the operation of the Zapi DUALACE2 NEW GENERATION controller without a display using the following methods:

1. Zapi Smart Console – Connect the Zapi Smart Console to the CAN bus to access diagnostics and parameter settings.
2. PC CAN Console – Use the PC CAN Console software to monitor and adjust controller settings.
3. Self-Diagnosis Feature – The controller performs self-diagnosis, and faults can be displayed using Zapi tools.
4. Alarm History Log – Check the log of alarms to review past faults and system behavior.
5. TESTER Function – Use the TESTER function to monitor key operational readouts.

These methods allow you to diagnose and verify the controller’s operation without an external display.

This answer is automatically generated

Luis Daniel Margall
February 28, 2025

A brumby electrical truck that has a zapi inv.dace2, records the failure 244 "Warning Slave It depends on the supervisor uc", and the alarm 248 "Mc is Opened, eb is applied". On the other hand, the LED does not turn on, but in the manual I did not find the LED code. I would like more certainty about whether the failure is from the controller and the LED code for this Zapi model.

1 comments:
Mr. Anderson
February 28, 2025

Failure 244 "Warning Slave" depends on the supervisor microcontroller (µC). No specific effect or troubleshooting steps are provided in the available context.

Alarm 248 "MC is Opened, EB is Applied" indicates that the main contactor (MC) is open, and the electric brake (EB) is applied. This typically occurs during start-up, standby, or other system states.

The LED code for this model is not explicitly provided in the available context.

This answer is automatically generated

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