Product Manual
Table Of Contents
- 1.0 INTRODUCTION
- 2.0 TECHNICAL SPECIFICATIONS
- 3.0 UNPACKING THE SCALE
- 4.0 SETTING UP THE SCALE
- 5.0 KEYPAD AND DISPLAY
- Description
- Symbol
- 6.0 FUNCTIONS
- 6.1 bL = AUTOMATIC BACKLIGHT CONTROL
- 6.2 AVE = DISPLAY AVERAGING RATE
- 6.3 FIL = ADC FILTER RATE
- 6.4 bod = BAUD RATE SELECTION
- 6.5 cont = CONTINUOUS PRINTING
- 6.6 PIECE = PARTS COUNTING
- 6.7 StEPS = CHECK-WEIGHING FUNCTION (LOW-OK-HIGH)
- 6.8 CALIbr = CALIBRATION ROUTINE
- 6.9 rePL = RESULTS PRINTED AUTOMATICALLY OR MANUALLY
- 6.10 StAb = PRINT WHEN STABLE or INSTANTANEOUS
- 6.11 Aut = AUTOZERO FUNCTION
- 6.12 t1 = AUTOMATIC POWER SWITCH OFF
- 6.13 toP = HOLD MAXIMUM VALUE
- 6.14 nE = WEIGH IN NEWTONS
- 6.15 SuPP = Power supply voltage to PCB
- 7.0 COMMUNICATION WITH A COMPUTER/PRINTER
© Adam Equipment Company 2005
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6.15 SuPP = Power supply voltage to PCB
• To set the parameter press the [Func] key to show “SuPP”.
• Press [Print] to see the parameter.
• The display will show the current voltage to the PCB.
• Press any key to return to normal weighing.
7.0 COMMUNICATION WITH A COMPUTER/PRINTER
The following applies only to scales supplied with an RS-232 interface.
• Press the [Print] key to transmit weighing data (value and unit of
mass) to a computer or printer.
• The AE 106 indicator can be connected to a printer for printing
the results of the weighing or to a computer to either display or
control the balance through the RS-232 interface. The commands
can tare the balance or request the weight be printed.
7.1 PARAMETER
The interface parameters are:
7.2 CONNECTION
Depending upon case style the output is either using a 9 pin D-subminiature
connector or a 6 pin Audio Connector.
If the output connector is a 9 pin D-subminiature plug. The output pins are:
It is necessary to jumper pin 7 to pin 8 to enable the RS-232 interface
circuits. Do not connect these pins to the handshaking pins on the interfaced
device.
300 - 9600 Baud as selected, see section 2.3, default 4800 baud
8 data bit
No parity
1 stop bit
Pin 2 Input
Pin 3 Output
Pin 5 Signal Ground