Page 1 of 37 Copying Parameters Between E5CC Temperature Controllers Quick Start Guide Version 1.0 September 2015
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Copying Parameters Between E5CC Temperature Controllers Quick Start Guide
Version 1.0
September 2015
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Copying Parameters between E5CC Temperature Controllers
Table of Contents Purpose ......................................................................................................................................................... 3
Communications Specifications .................................................................................................................... 3
Component to Component ........................................................................................................................... 3
Wiring ........................................................................................................................................................ 4
Parameter Setup ....................................................................................................................................... 5
Slave Setup ............................................................................................................................................ 5
Master Setup ......................................................................................................................................... 6
Component to Component Using CX-Thermo .............................................................................................. 8
Wiring ........................................................................................................................................................ 8
E5CC Controller Settings ........................................................................................................................... 9
K3SC DIP Switch Settings ......................................................................................................................... 10
USB to RS-232C Cable (CS1W-CIF31) Settings ........................................................................................ 11
Using CX-Thermo .................................................................................................................................. 122
Copying Parameters with the Master Device Online ........................................................................ 122
Copying Parameters with the Master and Slave Devices Online ...................................................... 221
Copying Parameters Starting Offline .................................................................................................. 31
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Purpose Copying parameters between temperature controllers allows quicker change out and setup of multiple controllers. This can be done with component to component communications or using CX-Thermo in conjunction with other components such as an interface unit.
This document will show how to copy parameters for the E5CC. This can also be done with other model numbers within the E5_C family, but some of the information might differ slightly, such as the wiring.
Communications Specifications
Figure 1: Communications Specifications
Component to Component Both of the units must have communication capabilities, which is the 003 or 004 option selection for E5CC models. Keep in mind that copy function is only possible between the same model number and the same version of the temperature controller.
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Wiring Wire the controllers as follows for RS-485 communication.
Figure 2: Communications Wiring
Also wire additional inputs and outputs as needed for the application.
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Parameter Setup Below is an overview of the communication parameters.
Figure 3: Overview of Communications Programming
Slave Setup
(1) Press the key for at least three seconds to move from the “operation level” to the “initial setting level.”
(2) Press the key for less than one second to move from the “initial setting level” to the “communications setting level.”
(3) Scroll through the parameters as shown below by pressing the key. Use the up/down arrow keys to adjust the value of the parameter.
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(4) Set to 1.
(5) Press the key for less than one second to move from the “communications setting level” to the “initial setting level.”
(6) Press the key for at least three seconds to move from the “initial setting level” to the “operation level.”
Master Setup Now we will adjust the parameters on the master unit.
(1) Press the key for at least three seconds to move from the "operation level" to the "initial setting level."
(2) Press the key for less than one second to move from the "initial setting level" to the "communications setting level."
(3) Select the parameters as shown below by pressing the key. Use the up/down arrow keys to adjust the parameters.
(4) Only change the following parameters.
a. Set to Fins.
b. Set to 57.6.
c. Set to 0.
d. Set to 1.
e. Set to 2.
Note 1: MAXU should be set to the number of slaves in the system. For one slave, the value would be set to two.
(5) At the copy parameter, press the up arrow key for the unit to copy ALL parameters.
Note: This will copy the parameters to all of the slave units. To copy the parameters only to certain units, select the number of the slave unit to receive the copied parameters (e.g., 1 for slave unit number 1, 4 for slave unit number 4).
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During the copying process below is what appears on the controllers. Once the copy process is started, it is not possible to stop the copying operation.
After the copy is complete, this is what is shown on both units.
(6) Press the key for less than one second to move from the "communications setting level" to the "initial setting level."
(7) Press the key for at least three seconds to move from the "initial setting level" to the "operation level."
Master Unit Slave Unit
Master Unit Slave Unit
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Component to Component Using CX-Thermo Both of the units must have communication capabilities, which is the 003 or 004 option for E5CC models. Keep in mind that copy function is only possible between the same model number and the same version of the temperature controller. Additional products that were used include the following:
• K3SC interface converter, • CS1W-CIF31 interface unit between USB serial communication and RS-232C, • D-SUB 9 pin connector (needs a female connection), multi-conductor cable, or K32-23209 pre-made cable, • CX-Thermo, and • S8VK-G power supply.
Wiring Below displays the wiring from the D-SUB 9 pin connector to the K3SC.
Figure 4: K3SC and 9 Pin Connector Connections
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Shown is the wiring from the K3SC (displayed as Host RS-485) to the E5CC temperature controllers.
Figure 5: E5CC to K3SC Wiring
E5CC Controller Settings Below are the default settings on the controller.
Figure 6: Default Communications Settings
Each controller needs a unique communications number. Start with unit number 1.
The remaining settings should be default.
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K3SC DIP Switch Settings Set the K3SC DIP switches to match the settings on the E5CC temperature controllers.
Figure 7: K3SC DIP Switch Settings
DIP switches 0-8 should be set to off. If the default baud rate, data length, stop bits, and parity were used, then all of the DIP switches would be set to off.
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USB to RS-232C Cable (CS1W-CIF31) Settings When plugging the CS1W-CIF31 into the USB port, ensure that the driver is properly installed.
Figure 8: CS1W-CIF31 Driver Installation
Check if it properly installed by un-plugging and checking to see if the device shows up and then plugging it in again to ensure it is present and recognized by the computer. If the device does not show up, refer to the instruction sheet included with the product.
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Using CX-Thermo
Copying Parameters with the Master Device Online This describes how to duplicate the parameters on the master device to other devices.
Make sure that all of the components are wired and power is applied.
Ensure the CS1W-CIP31 cable is connected.
Open CX-Thermo and click no.
Figure 9: CX-Thermo Start Up Screen
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This opens the device select screen.
Click cancel.
Figure 10: Device Select Screen
This allows changes to the communications settings. These settings also need to match the temperature controllers.
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Under that communications tab, click settings.
Figure 11: Communications Tab Location
Change the communications settings to match the device. Shown are the default settings for baud rate, data length, stop bit, and parity. Make sure to select the CS1W-CIF31.
Figure 12: Communications Settings – Default
Click OK.
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Now click the work online icon.
Figure 13: Work Online Icon
Now select the number of connected devices.
Only the master device needs to be taken online, set the end unit number to 1. Note that the slave device is still wired to the master device.
Figure 14: Work Online Number of Devices
Click Execute.
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RD and SD LEDs on the K3SC will light up, confirming communication. A pop-up will appear confirming that the devices were found. Click OK.
Figure 15: Confirmation of Devices Found
Next, decide whether or not to transfer the device parameters into CX-Thermo.
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Figure 16: Option to Transfer Device Parameters
To initiate the transfer click yes. A pop-up will appear offering the option to transfer the parameters from one of multiple devices.
A few other pop-ups could appear stating that some parameters might not be able to be transferred depending on the version of the controller and the version of CX-Thermo.
A pop-up will then appear confirming the transfer of parameters. Click OK.
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Figure 17: Confirmation of Parameter Transfer
The CX-Thermo workspace will then appear. Note the destination controller number on the left hand side confirms the transfer.
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Figure 18: CX-Thermo Workspace
Next, change any parameters on the controller.
Right click on a controller part number to copy the device and adjust the copy destination. This automatically changes status to working offline.
Figure 19: Copy Device Configuration
Click the icon to work online. Confirm that the devices were connected.
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Under that communications tab, click Transfer[PC to Devices]. Choose to transfer all parameters, all changed parameters, or parameters changed from default.
Figure 20: Communications Tab Location
Select the destination controller to receive the transferred parameters.
Figure 21: Devices to Transfer Parameters To
Confirm the parameter transfer with the multiple pop-up windows.
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Copying Parameters with the Master and Slave Devices Online
Use CX-Thermo to duplicate the parameters on the master or slave devices.
Make sure that all of the components are wired and power is applied.
Ensure the CS1W-CIP31 cable is connected.
Open CX-Thermo and click no.
Figure 22: CX-Thermo Start Up Screen
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This opens the device select screen.
Click cancel.
Figure 23: Device Selection Screen
This is where to change the communications settings. These settings also need to match the temperature controllers.
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Under that communications tab, click settings.
Figure 24: Communications Tab Location
Change the communications settings to match the device. Shown are the default settings for baud rate, data length, stop bit, and parity. Make sure to select the CS1W-CIF31.
Figure 25: Communications Settings – Default
Click OK.
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Now click the work online icon.
Figure 26: Work Online Icon
Now select the number of connected devices.
In this example two temperature controllers are connected, along with the K3SC, and the correction selection is 0-2. 1 for the master and 2 for the slave.
Click Execute.
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Figure 27: Work Online Number of Devices
RD and SD on the K3SC will light up, confirming communication. A pop-up will appear confirming that the devices were found. Click OK.
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Figure 28: Confirmation of Devices Found
Next decide whether to transfer the device parameters into CX-Thermo.
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Figure 29: Option to Transfer Device Parameters
Click yes to open a pop-up that offers the option to transfer the parameters from one of multiple devices.
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Figure 30: Selecting Devices to Transfer Parameters From
A few other pop-ups could appear stating that some parameters might not be able to be transferred depending on the version of the controller and the version of CX-Thermo.
A pop-up will then appear confirming the transfer of parameters. Click OK.
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Figure 31: Confirmation of Parameter Transfer
The CX-Thermo workspace will then appear. The multiple controllers listed on the left hand side confirm the transfer.
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Figure 32: CX-Thermo Workspace with Multiple Controllers
From there, select the controller on which to alter the parameters.
Right click on a controller part number to copy the device and adjust the unit number for the copy destination. This will automatically take the PC offline.
Figure 33: Copy Device Configuration
Under that communications tab, click Transfer[PC to Devices]. This is where to choose transfer all parameters, all changed parameters, or parameters changed from default.
Select which destination controller(s) will receive the transferred parameters.
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Confirm the parameter transfer with the multiple pop-up windows.
Copying Parameters Starting Offline Make sure that all of the components are wired and power is applied.
Ensure the CS1W-CIP31 cable is connected.
Open CX-Thermo and click no.
Figure 34: CX-Thermo Start Up Screen
This opens the device select screen.
Enter the part number of the temperature controller.
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Click OK.
Figure 35: Device Selection Screen
The CX-Thermo workspace will appear.
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Figure 36: CX-Thermo Workspace
Adjust parameters as needed.
Right click on a controller part number to copy the device and adjust the unit number for the copy destination.
Figure 37: Copy Device Configuration
Now the devices need to be brought online. Click the icon to work online.
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Under that communications tab, click settings.
Figure 38: Communications Tab Location
Change the communications settings to match the device. Shown are the default settings for baud rate, data length, stop bit, and parity. Make sure to select the CS1W-CIF31.
Figure 39: Communications Settings – Default
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Now click the work online icon.
Figure 40: Work Online Icon
RD and SD on the K3SC will light up, confirming communication.
Next, select the destination controller to alter the parameters and then download the parameters to the temperature controller.
Under that communications tab, click Transfer[PC to Devices]. This where to choose the option to transfer all parameters, all changed parameters, or parameters changed from default.
Select which destination controller will receive the transferred parameters.
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Figure 41: Selecting Devices to Transfer Parameters From
Confirm that the parameters transferred to the controllers.
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Figure 42: Confirmation of Parameter Transfer
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