Rice Lake Dyna-Link 2 MSI-7300, Техническое руководство

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22 MSI-7300 Dyna-Link 2 Technical Manual
6.0 Communication
The Dyna-Link 2 can communicate with peripheral devices using RS-232 or 802.15.4 wireless. Only one
communications type can exist at a time. The RS-232 port located on the bottom side of the Dyna-Link 2 can be
used for setup and calibration using a computer and the ScaleCore Connect Software (available Online).
Table 6-1. Communication Menu
Setup Strings – enter a print string number
Print Control – select from paramters:

– disables printing

– press the assigned F-Key and one transmission of the selected string type is
output

– when the tension on the link is stable, one transmission will output. The tension
must return to zero to enable another print to output.

– program the interval in seconds up to 65535 seconds
Output Rate Network ID – print string output rate, enter a number between 0-65635 seconds.
Setting the interval to 0 will set an interval as fast as the system can go.
Enable RF – affects continuous mode only, select On or Off
Scalecore ID – range 1-254 (20-30)
RF Channel – range 12-23
Network ID – range 0 to 99999
RF Network – number of entry screens
1. To enter the communication menu on the Dyna-Link 2 press and simultaneously
2. Press to scroll through the parameters or settings.
3. Press to enter a parameter or save a selection and return to previous menu.
4. Press to save a selection and return to previous menu.
5. Press to cancel and return to weigh mode.
6. Press to save.

displays briefly and the Dyna-Link 2 returns to the weigh mode.
Parameter Parameter Description
Print Print setup. See Section 6.3 on page 24.

1 = Current Wt (Wt-Unit-Mode

)
2 = Net Wt (Wt-Unit-Net

)
3 = Gross Wt (Wt-Unit-Grs

)
4 = Tare Wt (Wt-Unit-Tare

)
5 = Total Wt (Wt-Unit-Total

)
6 = Total Count (#Samples-TCNT

)
7 = Current Wt (no units or mode

)
8 = Reserved
9 = CR-LF (

)


rF Radio frequency setup. See Section 6.4 on page 25





F1 F2
F2
F1