DAM IND308/B520 Terminal User Guide

IND308/B520 Replacement Quick Guide

Hardware Replacement

1. Power supply NoticeC30 requires 24VDC power supply
   Pin| Description
   ---|---
   GND| Negative terminal
   +24VDC| Positive terminal
2. Replacement of analog load cell interface follows the sequence of B520 wire
3. Serial interface
   IND308 PIN| B520 PIN| Description
   ---|---|---
   485A| 485A| RS485 RxD+
   485B| 485B| RS485 RxD-
   COM| COM| Common
   SHD| | Shield

Scale calibration

**
Enter “Scale”, set “Capacity & Increment”

Enter “Capacity & Increment”, set
F1.2 → “Capacity”
F1.3 → “Increment”|
Enter “Calibration”,”Linearity” set to “Disabled”
1. Enter “Set Zero”, empty the scale and press”“to do the zero calibration. When successful, the message “Capture Zero OK” displays and press “” to return.
2. Enter  “Span Calibration”** , enter “Test load 1”, and press ““, place Test load 1 on the scale and press”“. When successful, the message “Capture Span OK” displays and press”“to return.
---|---

PLC Mode DI/O Definition

PLC Mode Parameters setting

Enter “Application”, and set
F2.1：0 → “Work Mode” : “PLC Mode”|
Enter “Control Mode”, and set
F2.3: 0 → “Output Type” : “Concurrent”
F2.3: 1 → “Output Type” : “Independent”
F2.6: 0 → “Judge Tolerance” : “Disabled”
F2.6: 1 → “Judge Tolerance” : “Enabled”
F3.18: 0 → “Discharge Near Zero” : “Disabled”
F3.18: 1 → “Discharge Near Zero” : “Enabled”
F2.5: 0 → “Power Up Mode Continue Bagging” : “Continue Bagging”
F2.5: 1 → “Power Up Mode Continue Bagging” : “Empty Reset”
---|---

Enter “Time”, and set
F3.1.1 → “SP1 Inhibit Time”
F3.1.2 → “SP2 Inhibit Time”
F3.1.3 → “Spill Inhibit Time”
F3.2 → “Stable Time”
F3.3 → “Before Discharge Off”
F3.4 → “After Discharge Off”
F3.16 → “Jog Time”|
Enter “Input” , if any input has no connection, set the input as “None”. If any input function changes, set the input as corresponding function.

Enter “Output” , if any output has no connection, set the output as “None”. If any output function changes, set the output as corresponding function.

Bulk Grain Mode DI/O Definition

Bulk Grain Mode Parameters Setting

Enter “Application”, and set
F2.1: 1 → “Work Mode”: “Bulk Grain”

Enter “Sequence”, and set
F3.12 → “Bulk Weight”

|
Enter “Control Mode”, and set
F2.3: 0 → “Output Type” : “Concurrent”
F2.3: 1 → “Output Type” : “Independent”
F3.10 → “Periodic Zero Cycles”
F2.6: 0 → “Judge Tolerance”: “Disabled”
F2.6: 1 → “Judge Tolerance” : “Enabled”
F2.5: 0 → “Power Up Mode Continue Bagging” : “Continue Bagging”
F2.5: 1 → “Power Up Mode Continue Bagging” : “Empty Reset”
Enter “Signal Mode”, and set
F2.7: 1 → “Upper Hopper Low” : “Default On”
F2.7: 2 → “Upper Hopper Low” : “Default Off”
F2.8: 1 → “Lower Hopper High” : “Default On”
F2.8: 2 → “Lower Hopper High” : “Default Off”
---|---

Enter “Time”, and set
F3.1.1 → “SP1 Inhibit Time”
F3.1.2 → “SP2 Inhibit Time”
F3.1.3 → “Spill Inhibit Time”
F3.2 → “Stable Time”
F3.3 → “Before Discharge Off”
F3.4 → “After Discharge Off”
F3.16 → “Jog Time”|

Enter “Input” , if any input has no connection, set the input as “None”. If any input function changes, set the input as corresponding function.

Enter “Output” , if any output has no connection, set the output as “None”. If any output function changes, set the output as corresponding function.

No Hopper Mode DI/O Definition

Have Hopper Mode Parameters Setting

Enter “Application”, and set
F2.1: 2 → “Work Mode”: “Have Hopper Mode”Enter “Sequence”, and set
F2.16: 0 → “Flap/Drop Mode” : “Flap”
F2.16: 1 → “Flap/Drop Mode” : “Drop”
F3.7 → “Final Flap/Drop Times”
F3.5 → “Flap Interval”
F3.11 → “Preset Packages”
F3.13 → “Ton Bag Weight”|
Enter “Control Mode”, and set
F2.3: 0 → “Output Type” : “Concurrent”
F2.3: 1 → “Output Type” : “Independent”
F3.10 → “Periodic Zero Cycles”
F2.6: 0 → “Judge Tolerance” : “Disabled”
F2.6: 1 → “Judge Tolerance” : “Enabled”
F3.18: 0 → “Discharge Near Zero” : “Disabled”
F3.18: 1 → “Discharge Near Zero” : “Enabled”
F2.5: 0 → “Power Up Mode Continue Bagging” : “Continue Bagging”
F2.5: 1 → “Power Up Mode Continue Bagging” : “Empty Reset”
Enter “Signal Mode”, and set
F2.7: 1 → “Upper Hopper Low” : “Default On”
F2.7: 2 → “Upper Hopper Low” : “Default Off”
F2.8: 1 → “Lower Hopper High”: “Default On”
F2.8: 2 → “Lower Hopper High” : “Default Off”
---|---

Enter “Time”, and set
F3.1.1 → “SP1 Inhibit Time”
F3.1.2 → “SP2 Inhibit Time”
F3.1.3 → “Spill Inhibit Time”
F3.2 → “ Stable Time”
F3.3 → “Before Discharge Off”
F3.4 → “ After Discharge Off”
F3.16 → “Jog Time”
F3.14 → “Clamp Delay”
F3.15 → “Delay to Declamp”|
Enter “Input”, if any input has no connection, set the input as “None”. If any input function changes, set the input as corresponding function.
Enter “Output”, if any output has no connection, set the output as “None”. If any output function changes, set the output as corresponding
function.

No Hopper Mode DI/O Definition

No Hopper Mode Parameters Setting

Enter “Application”, and set
F2.1: 3 → “Work Mode” : “No Hopper Mode”

Enter “Sequence”, and set
F2.16: 0 → “Flap/Drop Mode” : “Flap”
F2.16: 1 → “Flap/Drop Mode” : “Drop”
F3.6 → “Middle Flap/Drop Times”
F3.7 → “Final Flap/Drop Times”
F3.5 → “Flap Interval”
F3.11 → “Preset Packages”
F3.9 → “Rising Threshold”
F3.8 → “Rising Time”

|
Enter “Control Mode”, and set
F2.3: 0 → “Output Type” : “Concurrent”
F2.3: 1 → “Output Type” : “Independent”
F3.10 → “Periodic Zero Cycles”
F2.6: 0 → “Judge Tolerance” : “Disabled”
F2.6: 1 → “Judge Tolerance” : “Enabled”
F3.18: 0 → “Discharge Near Zero” : “Disabled”
F3.18: 1 → “Discharge Near Zero” : “Enabled”
F2.5: 0 → “Power Up Mode Continue Bagging”: “Continue Bagging”
F2.5: 1 → “Power Up Mode Continue Bagging” : “Empty Reset”
Enter “Signal Mode”, and set
F2.7: 1 → “Upper Hopper Low” : “Default On”
F2.7: 2 → “Upper Hopper Low” : “Default Off”
F2.8: 1 → “Lower Hopper High” : “Default On”
F2.8: 2 → “Lower Hopper High” : “Default Off”
---|---

Enter “Time”, and set
F3.1.1 → “SP1 Inhibit Time”
F3.1.2 → “SP2 Inhibit Time”
F3.1.3 → “Spill Inhibit Time”
F3.2 → “Stable Time”
F3.16 → “Jog Time”
F3.14 → “Clamp Delay”
F3.15 → “Delay to Declamp”|
Enter “Input”, if any input has no connection, set the input as “None”. If any input function changes, set the input as corresponding function.

Enter “Output”, if any output has no connection, set the output as “None”. If any output function changes, set the output as corresponding
function.

Dual Scale Mode DI/O Definition

Dual Scale Mode Parameters Setting

Enter “Application”, and set
F2.1: 5 → “Work Mode”: “Dual Scale Mode”

Enter “Sequence”, and set
F3.11 → “Preset Packages”
F2.11: 0 → “Master/Slave Mode”: Master Scale
F2.11: 1 → “Master/Slave Mode”: Slave Scale
F2.12: 0 → “Dual Scale Discharge”: “Combination”
F2.12: 1 → “Dual Scale Discharge”: “Interlock”| **
Enter “Control Mode”, and set
F2.3: 0 → “Output Type”: “Concurrent”
F2.3: 1 → “Output Type”: “Independent”
F3.10 → “Periodic Zero Cycles”
F2.6: 0 → “Judge Tolerance”: “Disabled”
F2.6: 1 → “Judge Tolerance”: “Enabled”
F3.18: 0 → “Discharge Near Zero”: “Disabled”
F3.18: 1 → “Discharge Near Zero”: “Enabled”
F2.5: 0 → “Power Up Mode Continue Bagging”: “Continue Bagging”
F2.5: 1 → “Power Up Mode Continue Bagging”: “Empty Reset”
Enter “Signal Mode”, and set
F2.7: 1 → “Upper Hopper Low”: “Default On”
F2.7: 2 → “Upper Hopper Low”: “Default Off”
F2.8: 1 → “Lower Hopper High”: “Default On”
F2.8: 2 → “Lower Hopper High”: “Default Off”**
---|---

Enter “Time”, and set
F3.1.1 → “SP1 Inhibit Time”
F3.1.2 → “SP2 Inhibit Time”
F3.1.3 → “Spill Inhibit Time”
F3.2 → “Stable Time”
F3.3 → “Before Discharge Off”
F3.4 → “After Discharge Off”
F3.16 → “Jog Time”
F3.14 → “Clamp Delay”
F3.15 → “Delay to Declamp”|

Enter “Input” , if any input has no connection, set the input as “None”. If any input function changes, set the input as corresponding function.

Enter “Output” , if any output has no connection, set the output as “None”. If any output function changes, set the output as corresponding
function.

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