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Setting up the 9860
High Speed Indicator
– Setup Steps –
(1)
(2)
Before powering up the 9860, be sure to
Next, to turn on the 9860, simply plug in the
connect your sensor(s) with the transducer.
power cord and it will start immediately.
(3)
The first thing you will see are all of the
LEDS light up at the front and to the right
with the screen reading its release number.
After about five seconds, the
screen will switch over to the live mode,
which should show a live reading, such as
"000.00" and the LEDs to the right turn
off. The decimal point setting may be
different on your indicator. We will
be setting this in upcoming steps.
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Summary of Contents for Interface 9860
- Page 1 High Speed Indicator – Setup Steps – Before powering up the 9860, be sure to Next, to turn on the 9860, simply plug in the connect your sensor(s) with the transducer. power cord and it will start immediately. The first thing you will see are all of the LEDS light up at the front and to the right with the screen reading its release number.
- Page 2 Before actually calibrating our sensor, we From here on, press the ▲ and / or ▼ will enter a series of settings by going buttons to cycle through your options as through the MODE screens. they are presented to you in each mode. Begin by pressing the MODE button to the For our first step, we will set the far left.
- Page 3 Press MODE. Next we activate the Press MODE. Next we Least Significant Digit in "LSD" mode. set the decimal point. Wait one second... Wait one second... Set it to "On" Place the decimal point where you need it to be. For this mode, use the ▲...
- Page 4 When required to input numbers, use the ▲ and / or ▼ buttons to set a value. Use the STEP button to cycle rightwards through each digit, looping around to the left side. A digit will blink whenever selected. Press MODE. Next we set the Press MODE.
- Page 5 (10) (11) Press MODE. Referring to the actual load Press MODE. Below, the display is showing the value of the "Scale". However, that will be applied for calibrating purposes, we will need to enter the weight we cannot change this setting because it is you will be applying.
- Page 6 (12) Press MODE. Here, we will input the number for the FS (Full-Scale), which sets the analog output to 10VDC to match the weight value entered here. Wait one second... Again, in this demo, we are working with 100lbf, so we enter "0100.00". The decimal point may not be showing here but it will in the end, so remember where you placed it.
- Page 7 (13) Press MODE. Now we will create set points above the maximum capacity. Press MODE again. Be sure that the set point has "HI" selected. Press MODE again. Now we will enter the value for this set point. Wait one second... Enter the value "150.00"...
- Page 8 (14) (15) Press MODE. Here we have the Press MODE. Now we're shown "Hysteresis Low". Similar the the "Scale" the "Hysteresis High". Mode, this does not apply to this calibration method. So we will leave this unchanged. Wait one second... Wait one second...
- Page 9 (16) (17) Press MODE. Now we are back at the be- Press MODE. In the next screen we're pre- ginning with a live reading again, but with sented with the Baud. Again, like in the pre- all of our preparatory settings in place. veious two steps, we will not be focussing on this mode for this calibration method.
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Page 10: Calibration Steps
Up to this point, we haven't applied any force to our sensor. For demonstration purposes, we will apply a simulated load of 2mV/V for the 9860 as (19) though 100 lbf was applied to a load cell having a max capacity of 100 lbf.