GBK60027 DX-SLM Installation Manual Issue 5
7.3.5.5
PM Direction Scalar
Parameter
Possible Values Default
HHP Lite Std Adv
PM Direction Scalar
0 - 100 %
0%
-
-
-
For use with two drive motor DX Systems, it compensates for different drive wheel
spacing.
Determine how much one motor increases and the other decreases in speed when
the wheelchair is turning. If this parameter is set to 100 %, the inner drive wheel will
have zero speed when turning.
This value has no effect when a DX-PMB2-S is used.
7.3.5.6
Squared Direction Output
Parameter
Possible Values Default
HHP Lite Std Adv
Squared Direction Output
On / Off
Off
-
-
-
Set to ‘on’ if the Power Module (DX2-PMAxx) drives a front motor and a rear motor.
Set to ‘off’ if the Power Module (DX2-PMAxx) drives a left motor and a right motor.
A single channel Power Module (DX PMB2-S) does not use this parameter.
7.3.5.7
Enable Lighting
Parameter
Possible Values Default
HHP Lite Std Adv
Enable Lighting
Enable/Disable Enable
-
If set to ‘Enable’, lighting functions are enabled. If no light is connected an "accessory
fault" will be displayed when an attempt is made to turn on the lights.
If set to ‘Disable’, there will be no response to a DX Remote lighting button being
pressed (other than a beep for some varieties of remotes).
7.3.5.8
Lighting Current Test
Parameter
Possible Values Default
HHP Lite Std Adv
Lighting Current Test
Enable/Disable Enable
-
The Lighting Current Test checks the current drawn by the left and right indicator
circuits and raises a "partial open circuit" fault if this current is too low. This indicates
that one of the indicator bulbs has failed.
The indicator circuits need around 20 Watts to pass this test, so Lighting Current Test
should be disabled if the indicator circuits have less than 20 Watts of bulbs, for
example, when LED bulbs are used, or when only one indicator bulb (per side) is
being driven by the SLM.
The side light channel is not affected by this parameter because the DX-SLM module
does not check the amount of current being drawn by the side light circuit.
Page 39
M
T