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Theory of operation, Figure 1: dvc system configuration, High country tek – High Country Tek DVC61 User Manual

Page 5: Electronic solutions for industry

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High Country Tek

Electronic Solutions for Industry

March 28, 2007

© Copyright 2003, High Country Tek Company
All rights reserved. Contents subject to Change

5

Theory of Operation


The DVC61 Smart Display module is
designed to operate from the DVC10
RS-232 port or through the DVC CAN
Bus 2.0B network. The DVC61 could
also be used on any system with an
RS-232 connection and the correct
protocol. Up to 15 DVC61 modules
can be placed on any one DVC system
and one of those can communicate
using an RS-232 connection. When
using the RS-232 connection, the
DVC61 must be connected directly to
the DVC10.

The DVC61 MAC ID, percent
contrast, percent backlight and other
settings are set by connecting the
module directly to a computer through
an RS-232 serial connection and by
using the DVC Program Loader
Monitor (see the DVC Programming
User Guide). Monitoring the DVC61
digital inputs etc. is also achieved
using the DVC Program Loader
Monitor. Note: Contrast and backlight
percentage can also be set by the users’
application program. The users’
application program is created when
using the DVC Programming Tool (see
the DVC Programming User Guide).

A multitude of screens can be
programmed to display on each
DVC61. When the module is in the
DVC system, up to 12 variables can be
displayed on each screen. The screens
and variables displayed on the DVC61
are set by the users’ application
program. Digital inputs are also setup
by the users’ application program.
Remember, the users’ application
program is created when using the
DVC Programming Tool (see the DVC
Programming User Guide). The users’
application program is loaded into the
DVC10 Master Module. The DVC10
Master Module sends this information
to the DVC61 when the system is in
operation.

Typical uses of the DVC61 Smart
Display would be to show the status of
inputs or outputs of the DVC system,
or as an indicator when inputs or
outputs of the system reach certain
values. For example, if the engine
exceeded its maximum temperature,
the backlight of the display could flash
on/off and a fault message could
appear.

DVC10

MODULE

OUTPUT

UNIVERSAL

CAN BUS

MASTER

MODULE

DVC50

DIGITAL

INPUT

MODULE

DVC21

DVC22

OUTPUT

MODULE

HIGH-SIDE

DVC41

40

DIGITAL

INPUT

MODULE

40

DISPLAY

MODULE

DVC61

DISPLAY
MODULE

DVC61

MEMORY

MODULE

DVC70

DEVICENET

TO

J1939

DVC80

BRIDGE

TO J1939 BUS

RS - 232

Figure 1: DVC System Configuration