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General| Brand | Parker |
|---|---|
| Model | Vansco VMM1210 |
| Category | Control Unit |
| Language | English |
Describes symbols used in the document to indicate potentially hazardous situations.
Outlines rules for trained personnel working with hydraulics control electronics.
Provides guidelines for performing welding work after system installation.
Covers vehicle requirements for emergency stops and power disconnection.
Discusses potential interference from incorrectly positioned or mounted cabling.
Warns against starting the machine's engine before system verification.
Lists precautions before performing work on the control electronics.
Explains the symbols used in schematic diagrams within the document.
Provides a high-level overview of connecting the module and installing software.
Lists all necessary materials required for the quick start procedures.
Guides the installation of software tools required for the VMM1210.
Instructions for connecting the VMM1210 to a development system for testing.
Details the procedure for powering up the development system.
Explains how to create and download ladder logic applications for the module.
Describes digital inputs that can be configured as active high or active low.
Explains digital inputs used for waking up the module and controlling power.
Details dedicated inputs used for setting the system address on the module.
Covers inputs configurable as analog, digital, or frequency (ADF).
Details the capabilities and specifications of the 10A high-side outputs.
Describes the capabilities and specifications for 3A high-side/low-side outputs.
Explains how to program high-side/low-side outputs for H-bridge configurations.
Details the fault reporting capabilities for high-side outputs.
Describes the power supply for the VMM1210's logic circuitry.
Details the connections for high current busbar battery power inputs.
Explains the Controller Area Network (CAN) communication capabilities.
Details the specific capabilities of J1939 CAN communication.
Provides guidelines for connecting the module to a J1939 CAN network.
Indicates the status of the VMM1210's input channels.
Indicates the status of the VMM1210's output channels.
Indicates the status of power, software, and faults on the module.
Monitors the state of the CAN network connection.
Details the pin assignments for the module's connectors.
General guidelines for physically mounting the VMM1210.
Criteria for choosing a suitable mounting location for the module.
Guidelines for physically attaching the VMM1210 to a vehicle.
Guidelines for designing and connecting the vehicle harness.
Example demonstrating safety interlocks for vehicle operation.
Shows how to use multiple VMM1210s for vehicle indicator light control.
Demonstrates DC motor speed control using PWM and frequency feedback.
Technique to use an analog input as two digital inputs to reduce harness complexity.
Overview of how to connect different types of sensors to the VMM1210.
Provides steps for starting the control system correctly.
Lists essential checks and preparations before initiating system start.
Outlines the final steps for starting and verifying the system.
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