Brookfield DV-I Prime User Manual
Page 16
Brookfield Engineering Laboratories, Inc.
Page 16
Manual No. M/07-022-D0613
S
is blinking) the two character spindle value to the right of the
S
character will begin to change
(in either an increasing or decreasing direction depending upon which
ARROW
key is pressed) for
each press of the key. If the
ARROW
key is pressed and held, the display will scroll through the
spindle codes for as long as the
ARROW
key is depressed. When it reaches the last item in the list
(either at the top or bottom of the list) the spindle code displayed will “roll-over” to either the
first or last spindle code and the scroll action will continue.
When the desired spindle code is displayed, release the
ARROW
key to halt further scrolling. Press
the
SELECT SPINDLE
key once again. This will cause the
S
character to cease blinking
and the new
spindle code will be accepted for use in viscometer calculations.
NOTE:
You have approximately three seconds in which to press the SELECT SPINDLE
key before the blinking stops. If you fail to press the SELECT SPINDLE key
before the blinking stops you will have to repeat the above steps and re-select the
desired spindle.
The DV-I PRIME will begin to calculate using the new spindle parameters as soon as the
SELECT
SPINDLE
key is pressed the second time.
NOTE:
The number 99 spindle is for use with special spindles when using Brookfield’s
WINGATHER32 computer program. Refer to WINGATHER32 operator manual
for further information on using “99” spindles.
DV-I PRIME remembers last spindle selected when power is shut down.
Tp
II.2.2 Spindle Section for Models WITH Temperature Display
The steps for selecting and accepting a spindle entry are the same as Section II.2.1 except that
when
SELECT SPINDLE
is depressed, the temperature display is temporarily replaced by the spindle
entry code until the entry code is accepted (Figure II-7):
cP 123.4
S31
10 RPM
% 89.7
Figure II-7
Once the spindle entry code is accepted, the screen will return to the default display:
cP 123.4
70.1°F
10 RPM
% 89.7
Figure II-8