|
| Architect
1 |
|
|
The
Brantz Architect 1 special purpose tripmeter is designed
for high accuracy measurement from a road vehicle at any
U.K. legal speed. The four digit Light Emitting Display
features top quality 0.6 inch digits and an accuracy of
better than 99.6%. High quality on/off and other controls,
along with solid-state electronics ensure reliability in
service. The meter measures approximately 120mm x 100mm
x 50mm and may be fitted to the cabin area of any 12 volt
vehicle in less than two man-hours. Distance information
is fed to the meter for correlation from a sensor normally
fitted to the speedometer cable drive. See the list of alternative
sensors available if your vehicle does not have a speedometer
cable. Alterations to the vehicle's road wheel size (such
as the fitting of snow tyres, or general tyre wear or the
transference to another vehicle can be quickly and accurately
accommodated by means of the electronic calibration. The
meter has the facility of zeroing the measured readings,
counting backwards, and by holding the zeroing button pressed
whilst powering up the instrument, the decimal point of
the readout will shift one place to the right to show 99.99
km or miles instead of the usual 9.999. Distances do of
course roll over when the readout reaches 9999.
|
| Architect
2 |
|
|
The
Brantz Architect 2 has all the facilities of the Architect
1 plus a second readout which can be zeroed independently
or frozen to take spot readings, and is the popular choice
from the Architect range if funds will not allow for the
Laser 3 or the Surveymaster, as it permits two readings
to take place at on single vehicle journey.
|
| Calibration
|
|
|
Calibration
procedure is the same for Architect 1 and 2 meters:
Set
the rotary calibration switches to 000 and drive to the
start of an accurately measured Km. Zero the readout(s)
and drive the distance exactly. The figure which has accumulated
on the readout is entered onto the rotary calibration switches.
The meter should now be calibrated to read metres accurately.
Drive back over the kilometre to confirm this. Calibrate
for miles as above but substitute the word 'mile' for the
word 'kilometre (Km) '.
|
| Compact
1 |
|
|
Calibration
procedure is similar to Architect 1 and 2 meters:
Set the rotary calibration switches to 0000 and drive
to the start of an accurately measured Km. Zero the readout(s)
and drive the distance exactly. The figure which has accumulated
on the readout is entered onto the rotary calibration switches.
The meter should now be calibrated to read metres accurately.
Drive back over the kilometre to confirm this. Calibrate
for miles as above but substitute the word 'mile' for the
word 'kilometre (Km).

Measuring
just 120mm x 60mm x 30mm the tripmeter is designed to be
light and transportable. The black digits are backlit and
indicate distances in the format 123.456 on one (Total)
screen and 123.456 on a second (Trip) screen. Four digits
are shown at any one time, the screens can be swapped and
the digits can be shuffled along to show the area of the
six digit format which is of interest from say 123.4 km
to 3.456 km as in the example. The format could read in
miles instead of km. The tripmeter head is fitted with a
plug and lead so that it is easily removed from the vehicle,
leaving a sensor and a socket in that vehicle. Brantz Compact
1 precision tripmeter. Wiring: The tripmeter plugs into
the socket provided. Do not cut into the wiring section
between the tripmeter and its' plug. The socket has two
cables coming from it. The black power cable contains a
brown wire which should be connected to +12 volts via a
quarter amp fuse and a switch if you do not wish to use
the plug as an on/off connector. The green/yellow wire in
the black cable should be connected to -12 volts. The grey
cable coming from the socket should have three wires in
it and is connected to the sensor. If it is the speedometer
cable type sensor the three colours will go to three matching
colours on the sensor. On no account should the wires in
the grey cable be connected to anything other than the sensor
or damage will occur. The sensor is fitted to the speedometer
cable so that the inner rotates freely with the inner core
of the speedometer cable. Calibration: Set the four rotary
switches to 0000. Switch on the tripmeter and proceed to
the start of a measured kilometre or mile according to which
units you wish to use. Press the Z button to zero the screen
you are using and drive the measured distance. The screen
flashes alternately as CAL then a four digit number. This
four digit number will increase until you reach the end
of your measured distance where you should stop. Enter this
four digit number onto the rotary switches. Your tripmeter
is now calibrated for the car's present combination of gears
and tyre size. Note this number and repeat the procedure
if you have other tyres or gears you wish to fit during
the period of use. Operation: The digits are permanently
backlit, but pressing the L button will increase the backlight
intensity whilst the button is pressed. The two screens
that are available are selected by alternate presses of
the S button. Most buttons need to be pressed for about
a quarter of a second to register them. The screen announces
'tot' or 'trip' as an indication of which screen has been
selected. Also the 'trip' screen's decimal point flashes
whereas the 'total' decimal point is permanent. The viewing
area of each (which digits) is moved about with the M button,
and can be different for each screen. The value of these
digits can be edited by using the H button to select appropriate
digits and the M button to amend them. Pressing the H button
until all digits have been selected will quit the digit
edit mode. The Z button zeros the screen currently being
viewed. The R button reverses the direction of count and
the words UP and Dn will follow operation of this button
as a reminder of the direction selected.
|
| Wiring |
|
| Connections
must be of a very high standard as any loose contacts will
prevent accuracy. The black cable coming from the base of
the Brantz is wired Brown to +12 volts (which is NOT ignition
controlled) and the Green/Yellow goes to -12 volts (normally
ground). Use a 2amp fuse. The GREY cable goes to the sensor
only, and is wired as directed in the sensor section of the
instructions (the universal speedometer cable sensor connects
Blue to Blue, Brown to Brown, and Green to Green (/yellow).
Incorrect wiring will cause damage. Remember; crimp connections
were designed primarily to cause havoc, and occasionally to
conduct electricity. Choose screw type terminals or even better,
solder them. Meters carry a 12 month warranty which can be
extended indefinitely. |
|