1 Info[edit | edit source]
The 1480 is a Universal Pressure or Temperature Input Indicator with single or dual configurable alarms, as well as optional linear retransmission of displayed Process Variable. Ideal for use in Extrusion applications.
2 Sensor Types[edit | edit source]
Used sensor types:
- DYNA-4-3.5C-15/46
- DYNA-4-3.5C-15/46-GC8 (with safety maximum pressure output)
3 Operations[edit | edit source]
∇ step between choices or decrement parameter value
Δ step between choices, increment parameter value, store value within 10 seconds
Template:Image reject change, scroll through parameters, enter Configuration Mode when powered up
Template:Image +Δ hold down to force controller into Select Mode
- Scrolling through Parameters and Values
- Press Template:Image to scroll through the parameters. While this key is pressed, and up to 1 second after, parameter legend is shown, followed by the current parameter value.
- Changing Parameter Values
- Press Template:Image to navigate to the required parameter, then press Δ or ∇ to set the value as required. Once the desired value is set, press Template:Image to display YES?, press Δ within 10 seconds, accept the change, otherwise parameter will revert to previous value.
- Or: Press Template:Image to reject the change and to move onto the next Parameter. Hold down Template:Image and press Δ to return to Select Mode.
4 Commissioning/Configuration[edit | edit source]
4.1 Configuration Mode[edit | edit source]
- Change controller into Select Mode by Template:Image + Δ, (use Template:Image to cancel, use Δ and ∇ to adjust the value)
- If unit is powered up first time, message Goto Conf will appear. Press Template:Image to enter Configuration Mode,
- If not from first power up Configuration is entered from Select Mode. Hold down Template:Image and press Δ to force controller into Select Mode. SLCt legend is shown for 1 second, followed by the legend for the current mode. Press Δ or ∇ to navigate to the Configuration Mode option, then press Template:Image.
- Enter an unlock code. Default unlock code is 20 (use Δ and ∇ keys)
- Then press Template:Image.
Note: Set LED o will flash in Configuration Mode.
| Configuration Mode Parameters | ||||
| Parameter | Legend followed by ⇒ |
Set Value | Adjustment Range & Description |
Default Value |
| Mode Default | dF.M | diSA | Enable or disable default of all parameters in configuration mode |
diSA |
| Input Type and Range |
InPt | St_G | Strain Gauge: -10 to 50 mV 4 to 20 mA DC |
St_G |
| Scale Range Upper Limit |
ruL | 3500 | Scale Range lower Limit +100 to Range Max. Set this value to 350 * 10 = 3500 ,because later the dPos will set 1 and then this vaule change to 350.0 |
1000=max. Range |
| Scale Range Lower Limit |
rLL | 0 | Range Min. to Scale range Upper Limit -100 |
0=min Range |
| Decimal Point Position |
dPos | 1 | 0=XXXX,1=XXX,X 2=XX,XX,3=X,XXX |
0 |
| Alarm 1 Type | ALAI | P_Hi | Process High Alarm | P_Hi |
| Process High Alarm 1 Value |
PhAI | 350.0 | Range Min. to Range Max. Parameter repeated in Setup Mode |
Range Max. |
| Process Low Alarm 1 Value |
PLAI | 0.0 | Range Min. to Range Max. Parameter repeated in Setup Mode |
Range Min. |
| Alarm 1 Hysteresis | AHY1 | 0.5 | 1 LSD to 100% of span (in Display units) on "safe" side of alarm Point |
1 |
| Output 1 Usage | USEI | rEtP | Retransmit PV Output | rEtP |
| Output 1 PV Retransmit Type |
TYPI | 4_20 (@BAL 1245, keep default 0_10) | 4 to 20mA DC Output | 0_10 |
| Retransmit Output 1 Scale maximum |
roIH | 350 | Display value for max. Output |
Range Max. |
| Retransmit Output 1 Scale minimum |
roIL | 0.0 | Display value for min. Output |
Range Min. |
| Output 2 Usage | USE2 | AInr | Alarm 1, reverse, latching | AInd |
4.2 Calibration Mode[edit | edit source]
Note: Configuration mode must be completed before adjusting Calibration Parameters.
- First select Calibration mode: Hold down Template:Image and press Δ to force the controller into the Select Mode.
- Navigate to Calibration Mode, then press Template:Image.
- Enter default unlock code 10. Calibration mode will only be displayed if input type is set to St_G.
| Calibration Mode Parameters | ||||
| Parameter | Legend followed by ⇒ |
Set Value | Adjustment Range & Description |
Default Value |
| Mode Default | dF.M | diSA | Enable or disable default of all parameters in configuration mode |
diSA |
| Shunt Resistor | Shnt | EnAb | Enable or disable use of the Shunt Resistor (should be enabled with Dynisco probes) |
St_G |
| Calibration Resistor Value |
rCAL | 80.0 | 40% to 100% | 80.0 |
| Template:Notice bms | ||||
| Start Low Calibration |
C.LO | 0.0 | Press Δ+ ∇ together to start calibration |
0.0 |
| Start High Calibration |
C.HI | 350 | Press Δ+ ∇ together to start calibration |
1000 |
4.3 Setup Mode[edit | edit source]
Setup Mode is entered from Select Mode Hold down Template:Image and press Δ to force the controller into the Select Mode. The SLCt legend is shown for 1 second, followed by the legend for the current mode. Navigate to Setup Mode, then press Template:Image. Enter default unlock code 10. Note: Set LED o is on in Setup Mode.
| Setup Mode Parameters | ||||
| Parameter | Legend followed by ⇒ |
Set Value | Adjustment Range & Description |
Default Value |
| Mode Default | dF.M | diSA | Enable or disable default of all parameters in setup mode |
diSA |
| Input Filter Time constant |
FiLt | 0,5 | OFF, 0.5 to 100.0 seconds in 0.5 sec increments |
0,5 |
| Alarm Filter Time constant |
ALFL | 0,0 | OFF, 0.5 to 100.0 seconds in 0.5 sec increments |
0,0 |
| Input fail mode | INPF | HiGh | When input fails PV should go Low or High scale reading. |
HiGh |
| Process High Alarm 1 Value |
PhAI | 350 | Range Min. to Range Max. | Range Max. |
| Process Low Alarm 1 Value |
PLAI | 0 | Range Min. to Range Max. | Range Min. |
| Alarm 1 Hysteresis | AHY1 | 0,5 | 1 LSD to 100% of span (in Display units) on "safe" side of alarm Point |
1 |
| Tare Function | tArE | EnAb | Enables easy auto-Zero Tare feature! | diSA |
5 Easy Tare Feature[edit | edit source]
Don't tare the Dyniscos during checkup, as it is easier for the extrusion guys to simulate alarms with the (wrong) values. They will take care of the zeroing after extrusion heatup.
After the extrusion heated up, the Dynisco have to calibrated to 0 again.
For this you can use the Tare Feature.
- Press Template:Image until the process variable is displayed
- Hold down ∇ and Δ together for three seconds until the display shows YES?
- Release both keys andn press Δ within 3 seconds to confirm the request
- Now the display should show 0.0 Bar
6 Troubleshooting[edit | edit source]
6.1 Dislpay "OPEN"[edit | edit source]
The display show OPEN if the sensor is not or wrong connected.
6.2 Reset Password[edit | edit source]
If you forget any of the unlock code there is a hidden read-only menu for them:
- To enter this mode you must power the unit down
- whilst powered down you must press the Template:Image and Δ
- keeping them pressed whilst repowering the unit for 10-15 seconds.
- You will then enter a read only loc code view.