– Test to IEC / EN 62353, NFPA-99, AS / NZ 3551 & more
– Built -in electronic data storage
– Flexible user-definable test routines
– Simple PC communication link
– Battery-powered insulation and earth/ground bond tests
– 50/100/250/500V DC insulation testing
– Automatic secondary verification ensures the correct result first time
Manual
Manual
Datasheets
| Insulation Resistance | |
|---|---|
| Measurement | EUT to earth/ground, EUT to AP, AP to earth/ground |
| Voltage | 50 / 100 / 250 & 500V DC @1mA |
| Range (low range) @ 50V DC | 0.01Mohms – 10 Mohms |
| Range (low range) @ Above 50V DC | 0.01Mohms – 20Mohms |
| Accuracy (low range) | ± 5% of reading +2 counts |
| Range (high range) @ 250V DC | 20Mohms – 50Mohms |
| Range (high range) @ 500V DC | 20Mohms – 100Mohms |
| Accuracy (high range) | ±10% +2 counts |
| Resolution | 0.01Mohms |
| Earth Continuity | |
|---|---|
| Method | 2 wire technique, using ‘zero’ lead function. |
| Test Current | greater than +200mA, -200mA DC into 2 ohms |
| Max Test Voltage | 4-24V RMS o/c |
| Measuring Range (low range) | 0.001 – 0.999 ohms @ 0.001 ohms resolution |
| Measuring Range (mid range) | 1.00 – 9.99 ohms /@ 0.01 ohms resolution |
| Measuring Range (high range) | 10.0 – 19.9 ohms @ 0.1 ohms resolution |
| Accuracy | ± 3% of reading + 10 m ohms |
| Differential Leakage Measurement | |
|---|---|
| Measuring Range | 75μA to 9999μA |
| Accuracy | ±5% of reading + 5 counts |
| Measurement / display resolution | 1μA |
| Measurement Type | True RMS |
| Measuring Device | Frequency response characteristics to IEC 60601-1 |
| Direct Leakage Measurement | |
|---|---|
| Measuring Range | 4μA to 9999μA |
| Accuracy | ± 5% or reading +2 counts |
| Measuring Device | As per IEC 60601-1 requirements |
| Measurement Type | True RMS |
| Power Measurement | |
|---|---|
| Method | VA rating |
| Range | 0.1kVA – 4kVA |
| Accuracy | ±10% + 2 counts |
| Alternative Leakage Measurements | |
|---|---|
| Test Voltage | 250V at mains frequency |
| Test Current | 3.5 mA current limited |
| Measurement Range | 4μA to 9999μA |
| Measurement Resolution | 1μA |
| Measurement Accuracy | ±5% of reading + 2 counts |
| Measurement Type | True RMS |
| Measuring Device | As per IEC 60601-1 |
| IEC Mains Lead Test | |
|---|---|
| Test Duration | IEC Mains Lead Test |
| Test | Continuity of all conductors, Insulation and Polarity |
| Mains Outlet Test | |
|---|---|
| Input voltage range | 0-300V AC |
| Max current | 16A |
| Measures | L – E, N – E |
| Accuracy | ± 5% of reading + 2 counts |
| Standard Accessories (supplied with 62353+) | |
|---|---|
| Calibration certificate | |
| Carrying case | |
| Earth/ground bond test probe with clip | |
| Earth/ground bond clip lead | |
| Patient Applied part module | |
| 2 Applied part adaptors | |
| Detachable 2 meter mains cable | |
| Electronic instruction manual | |
| Quick start guide | |
| Application software |
| General Specification | |
|---|---|
| Mains Power | 230V AC ±10%, 50-60Hz +/- 1Hz, 120V AC ±10%, 60Hz +/- 1Hz (USA model) |
| Battery | 6 x 1.5V AA (Batteries not included) |
| Weights | 1.6 kg / 3.5 lbs including batteries |
| Size | (L x W x D) 270 x 110 x 75 mm / 10.5 x 4 x 3” |
| Operating Conditions | 0’C – 40’C, 32’F – 104’F, 0-90% RH – NC |
| Storage Environment | -15’C – +60’C / 5’F – 140’F |
| Environmental Protection | IP 40 |
How do I download data from the Rigel devices to Med-eBase?
There are two ways to download data from the Rigel range which is dependent on which Rigel product you are using. The methods are divided into A and B:
A. Electrical Safety Analysers (288+, 62353+) and Vital Signs Simulators (Uni-Sim, BP Sim and SP-Sim)
B. Performance analysers (Uni-Therm, Uni-Pulse 400, Multi-Flo)
1) Downloading from any Rigel device to Med-eBase can be initiated from the Download option in the Tools menu or by using the Download icon on the taskbar (See Figure 1)
Figure 1. Download icon from Med-eBase.
2) After selecting the Download option, the Download from Tester dialogue box will be displayed depending on the tester. For Electrical Safety and Sim Range see Figure 2 and for Performance Analysers see Figure 3.
Figure 2. Method A Figure 3. Method B
3) With either method select the relevant Instrument Type from the drop down list.
Method A
Ensure you have the correct Baud Rate (the default is 57600) and COM Port selected. The COM port is defined by your Bluetooth connection. For data cable connection using RS 232 cable this will be COM1 and this will need to be set at 9600.
If you do not see the correct COM Port displayed in the drop down menu, select Re-scan COM Ports to refresh the available COM Port list.
Select OK to begin the download.
Note: The download is always initiated by the Rigel tester.
1) Select F4
2) Select D or Data Transfer and then D or Download to PC.
3) An hour glass appears in the right hand corner while the Rigel device pairs with the PC Bluetooth and should turn to a Bluetooth sign when it is connected.
4) F4 Send to send data to the tester.
Note: If using an RS-232 adaptor the device will say connected immediately. Please wait a few seconds between selecting download on Med-eBase and Send (F4) on the tester
To download to Med-eBase make sure the format is set to Rigel SSS. Once the download has started, a progress bar will appear. Upon completion of the download, the download window will close and a download report will be displayed showing the number of downloaded assets, the pass and fail status etc. of all the downloaded results.
Method B
Select the File Transfer button on the Download from Tester dialogue box to browse to your test instrument.
Browse to your test instrument and select the relevant SSS file then select Open. The file path will be added to the Download from Tester window.
Once the download has started, a progress bar will appear.
Upon completion of the download, the download window will close and a download report will be displayed including the pass and fail status of the downloaded assets.
What’s the process for cloning Rigel 288+/62353+ data?
This guide will take you through the steps required to Clone Rigel 288+/62353+ data. This feature can be used to transfer, store and copy the current Test Sequences and Codes to/from a PC and to configure a number of Rigel 288+/62353+ units with identical Test Sequences. However, it will not transfer test results only sequences and the overall setup of the Rigel 288+/62353+. Due to the amount of data transferred, the Clone download takes longer than the Configuration Data transfer.
Equipment required
- Rigel 288+/62353+
- PC/Laptop with either Bluetooth connectivity (288+ only) or RS 232
- DataTransfer.exe program for file transfer (download from Rigelmedical.com)
Transfer Cloned Data
In order to Clone data from your Rigel 288+/62353+/62353 and to use the cloned data on another Rigel 288+/62353+ you need to first transfer the cloned records to a PC:
1) Switch on the Rigel 288+/62353+ which you what to Clone the data from.
2) Either connect the RS232 Cable or make sure the PC and Rigel 288+ are paired via Bluetooth Favourites on the Rigel 288+.
3) Then press F4.
4) Using the up and down keys or short key D select Data Transfer.
5) Using the up and down keys or short key L select Clone Data.
6) Open the DataTransfer.exe application on your PC
7) Click on Capture, select Start capture (See Figure 1) and save the clone file as a text or csv file.
Figure 1. Start capture on Data transfer program
8) Then on the Rigel 288+/62353+ press F4 Send. This process can take approximately 3-4minutes.
9) Once the transfer is complete select Capture and then Stop capture on the DataTransfer.exe. This will save the cloned file onto the PC. The Cloned data from the PC can then be transferred onto additional Rigel 288+/62353+ devices or stored on the PC for future use.
To add the cloned data to the host Rigel 288+/62353+:
1) Pair the 288+ with the PC.
2) Press F4 .
3) Using the up and down keys or short key D select Data Transfer.
4) Using the up and down keys or short key L select Clone Data.
5) Then click Receive on the 288+.
6) Open data transfer.exe on the PC.
7) Select File then Send File and select the original clone file. A progress bar will follow the data transfer until download is complete which can take approximately 4-5minutes.
Can I print a multiple results for a group of assets on Med-eBase?
The print function can allow for an individual asset result or multiple result certificates to be printed. Results certificates must be of the same type (e.g. 288) and under the same client, in the asset browser, to be printed in multiples.
1) You would need to select the first asset from the main asset browse screen
2) Then while pressing ctrl select any additional assets. All selected assets should be highlighted.
3) Then select the Print icon on the right hand side and select the Device type.
4) Then select OK and the generate certificate menu opens to allow you to scroll through the certificates, set the template and add additional details etc before printing or saving the certificates as PDF.
How do I edit entries from the Asset Trace Variables lists?
This application note explains how to delete the drop down list entries for Asset Trace Variables and User comments etc. You need to send the configuration data to the PC and then open the file and delete the appropriate fields and then send the file back to the 288+ or other device.
Equipment required
- Rigel 288+/62353+/Uni-Sim
- PC
- Data transfer program
Pair the Rigel device with PC via Bluetooth
Firstly the unit must be paired to the PC
1) Select F4 and then Setup and Bluetooth Favourites
2) Scroll to the device type you are attempting to connect to (Barcode, Printer or Computer) and press F3 for set up.
3) Select F1 to search for Bluetooth devices and your device should appear in the New field
4) Select F3 to add this device then F4 to save the changes and return to the Bluetooth Favourites menu making sure your device is now in the correct field.
Transfer Configuration Data to PC
1) On the Rigel go to F4 , Data Transfer and Configuration Data
2) Open the data transfer program and select Capture and then Start Capture.
3) Then save the file with an appropriate name and select OK.
4) Back on the Rigel select Send. Data will appear on the data transfer screen while it is transferred.
5) Once the data is sent go to Capture and Stop Capture on the PC. This will save the file.
Editing the Trace entries
1) Open the saved file
2) Delete or Edit the required fields. The [TRACE Number] indicates an Asset Trace Variable which is activated on the Rigel device.
3) To confirm what asset each Trace number corresponds to you will need to go to F4, Setup, Asset Trace Variables and going from the top downwards any field with a YES indicates a trace starting with Trace 1 on the configuration file e.g. I do not have a service code activated and only have site and location. Therefore site is [TRACE 1] and Location is [TRACE 2].
Note: Do not edit or delete fields within brackets [Example]. There is a limit of 40 entries for each Trace asset. Adding more than 40 into the file will mean that only the last 40 entries will be transferred back onto the Rigel 288.
4) Once complete save the file
Transfer the file back onto the Rigel device
1) On the Rigel go to F4 , Data Transfer and Configuration Data
2) On the data transfer program select File and Send File.
Confirming the Transfer
3) To confirm that the entries have been deleted start an Auto Mode test by selecting Menu F4 and then Auto Mode.
4) Insert the Asset ID, Test Code etc. and then confirm with F4.
5) The next menu is the Asset Trace Variables and the fields which were deleted should, on this menu, have nothing in the drop down list and any additional entries should be visible
How do you upgrade the firmware on the Rigel 288+/62353+?
Please check your firmware before proceeding with this document. The firmware appears during the instrument’s start up.
288 and 62353 firmware up to 5.xx firmware is not compatible with 288+ and 62353+ 6.xx or 8.xx firmware.
If the 288+ has firmware 6.xx,follow the instructions in Section A.
If the 288+ has firmware 8.xx,skip to the instructions in Section B.
288+s with 6.xx firmware are not compatible and will not update to 8.xx firmware.
SECTION A. 6.xx Firmware
Equipment Required:
- Rigel 288/62353
- PC with Bluetooth connectivity or RS-232 download lead (P/N 331A952)
- Rigel 288/62353 Firmware 6.xx file (Downloadable from the Rigel medical website)
- Data Transfer.exe program (Also available on the Rigel medical website)
Note: Ensure the Rigel 288/62353 is connected to the mains supply before attempting the firmware upgrade.
1) Power on the Rigel 288/62353 in upgrade mode (Hold ‘U’ and power on the unit using the GREEN ON key)
2) Press F1 for Menu
3) Scroll down to Bluetooth Pairing and Pressure F2 to Accept
Note: This option is only available for the Rigel 288. Therefore if upgrading a Rigel 62353 ignore the Bluetooth pairing process and proceed to step 10: Code Update Menu.
4) Press F4 Config. To configure the Bluetooth connection. Wait for the OK message before proceeding
5) Press F3 to Search for your Bluetooth enabled PC
6) Once the search has completed, Use the <> keys to identify your PC device in the menu
7) Press F2 to Connect to your device. The Bluetooth symbol will appear in the top right corner of the Rigel screen when pairing is successful
Note: If the symbol does not appear, check to see if pairing needs to be confirmed on the PC.
8) Press F1 Esc to return to the menu
9) Press F1 for Menu
10) Press F2 for Code Update. Wait for confirmation of the current version of Rigel 288/62353 firmware before proceeding
11) Select either Bluetooth or RS-232 connection using the <> menu
12) Open the Data Transfer .exe program on the PC. Select the correct COM port
Note: COM1 is for RS-232 connection.
13) Go to File>Code Update and locate the updated Firmware file and select Open
Note: the message ‘erasing’ will appear on the Data Transfer program and on the Rigel 288/62353 screen, shortly followed by ‘Programming’.
14) Wait for the process to complete and then select F4 to Accept
15) Once the transfer is complete, power off the Rigel 288/62353 and restart in the normal mode
SECTION B. 8.xx Firmware
Equipment Required:
- Rigel 288+/62353+
- PC with Bluetooth connectivity or RS-232 download lead (P/N 331A952)
- Rigel 288+/62353+ Firmware 8.xx file (Downloadable from the Rigel medical website)
- R288FirmwareLooader.exe program (Also available on the Rigel medical website)
Note: Ensure the Rigel 288/62353 is connected to the mains supply before attempting the firmware upgrade.
16) Power on the Rigel 288+/62353+ in upgrade mode (Hold ‘U’ and power on the unit using the GREEN ON key)
17) Press F1 for Menu
18) Scroll down to Bluetooth Pairing and Pressure F2 to Accept
Note: This option is only available for the Rigel 288+. Therefore if upgrading a Rigel 62353 ignore the Bluetooth pairing process and proceed to step 10: Code Update Menu.
19) Press F4 Config. To configure the Bluetooth connection. Wait for the OK message before proceeding
20) Press F3 to Search for your Bluetooth enabled PC
21) Once the search has completed, Use the <> keys to identify your PC device in the menu
22) Press F2 to Connect to your device. The Bluetooth symbol will appear in the top right corner of the Rigel screen when pairing is successful
Note: If the symbol does not appear, check to see if pairing needs to be confirmed on the PC
23) Press F1 Esc to return to the menu
24) Press F1 for Menu
25) Press F2 for Code Update. Wait for confirmation of the current version of Rigel 288+/62353+ firmware before proceeding
26) Select either Bluetooth or RS-232 connection using the <> menu
27) Open the R288FirmwareLoader.exe program on the PC. Select the correct COM port
Note: COM1 is for RS-232 connection.
28) Press … box to locate the updated Firmware file and select Open
29) Press the Connect box to pair devices
30) Press the Upload box to upload the selected firmware
How do I download data from the Rigel devices to the PC without Med-eBase?
Equipment required:
- Rigel device
- PC/Laptop
- Bluetooth connectivity or RS 232 cable
- DataTransfer.exe for file transfer
There are 3 ways to send test results from the Rigel device to a PC:
1) Bluetooth connection
2) Serial connection using the RS 232 cable
3) USB (Only applicable for Performance Analysers)
Bluetooth connection
To download via Bluetooth the download is always initiated by the Rigel tester and can be saved as:
i. Text file
ii. Csv file
iii. To Med-eBase as SSS file (Please see the FAQ ‘How Do I Download Data from the Rigel Devices to Med-EBase?’)
Make sure the PC and Rigel device are paired via Bluetooth Favourites on the device (Please see FAQ ‘What’s the process for pairing devices using Bluetooth favourites’)
For 288+ and Sim Range test instruments
1) Select F4 and then D Data transfer.
2) On the PC, open the DataTransfer.exe program (This is available as a free download from rigelmedical.com).
3) Select Capture then start capture (See Figure 1)
Figure 1. Start capture on DataTransfer.exe
4) Choose a save name and location and change the file type to either .csv or .txt and press Save (See Figure 2)
Figure 2. Save file type on DataTransfer.exe
5) Back on the Rigel device select D Download to PC then F4 to confirm
6) An hour glass appears in the right hand corner while the Rigel device pairs with the PC Bluetooth and should turn to a
Bluetooth sign when it is connected.
7) F4 Send to start sending data from the tester.
8) Once the transfer of data is complete go to the Datatransfer.exe program select Capture then stop capture.
9) The data will now be saved in your chosen location as either a csv or txt file.
Serial connection using the RS 232 cable (Rigel 62353+)
To download using RS 232 the connection use the same method as for Bluetooth however the COM port will always be through COM1.
For Performance Analysers (Uni-Therm)
1) Select Menu, then Data and Transfer Data (See Figures 3 & 4)
Figure 3. Uni-Therm Data Figure 4. Uni-Therm Transfer Data
2) Follow steps 2 to 4 from previous method.
3) On the Uni-Therm press F2 Format to change the file format to either CSV Full or CSV Summary for transfer to PC.
4) Press F3 Port to change the download port to Bluetooth (See Figure 5)
Figure 5. Changing the download port
5) Press F4 START to begin the transfer.
6) When the Data Transfer is complete follow steps 8 and 9 from previous method.
Serial connection using the RS 232 cable
To download using RS 232 the connection use the same method as for Bluetooth however the COM port will always be through COM1.
USB connection Performance Analysers only (Uni-Therm)
1) Install the ERT1557USB driver. (This driver is available as part of the Uni-Therm firmware download, or on request from support@rigelmedical.com)
2) Connect the USB lead between the Rigel unit and the PC.
3) Select Menu, then Data and Transfer Data
4) Select F2 Format and change it to USB.
5) Open DataTransfer.exe and select COM1 from the drop down menu and then set the Bits per second field to 115200 and click Apply.
6) Follow the steps from previous method using Datatransfer.exe program
How do I create templates on Med-eBase for use on the Rigel 288+ and 62353+?
This application note is a guide to enable easy and quick usage of the Rigel 288+/62353+ using templates for specific makes and models of devices which can be uploaded onto the Rigel 288+/62353+ and then the user can enter the device’s serial number and run the test without requiring to enter any other details as they are linked to the template.
Equipment required
- Med-eBase software
- PC
- Rigel 288+/62353+
- Required test sequence/user manuals for devices
- Bluetooth or serial communication between PC and Rigel 288+/62353+
Creating the Template using Med-eBase
1) Firstly the template needs to be created in Med-eBase. When Med-eBase is opened select either Edit > Add New Asset or the + icon on the right hand side of the screen.
2) On the Asset details tab the Asset Name and Equipment class need to be entered. The Asset Name should be the name for the template e.g. 1BF1 or 12 lead ECG. The select Apply. The description may also be filled in to describe the applied parts. All other fields are device specific and can therefore be added when the template is on the Rigel 288+/62353+ or after the results are downloaded back into Med-eBase after the testing is complete.
Note: The Asset ID field on the Rigel 288+/62353+ is case sensitive and therefore it is advised to keep names simple and to one case style.
3) On the Applied Parts tab the Applied Parts need to be added by selecting the Add icon on the right hand side of the screen.
4) Once an Applied Part has been added double click on the required fields to change the Name, Connection Class and Number of Connections. E.g. For 12 Lead ECG there is 10 CF AP. For defibrillators you will need to add another AP as defibs have both CF and BF APs; 2 BF for the paddles and 3 CF for 3 Lead ECG. Then select Apply.
5) On the Test Sequence tab make sure that the Instrument Type is Rigel 288+/62353+. The test sequence to be performed needs to be added or imported in this tab.
6) Global test sequences can be imported using the Import… icon which will open the global test sequence menu. The appropriate test sequence can be highlighted and then Select to import the sequences into the Asset Template.
7) Alternatively tests can be added to create a sequence using the Add… icon. Move down, Move Up and Delete allows the user to organise the test sequence as desired.
Note: Holding down Ctrl when selecting multiple tests allows them to be added simultaneously. The tests will be added in the order they were select and can therefore may creating a test sequence easier
8) The Name selected in the Info field will be the test name given on PDF and certificates once the test results are downloaded.
E.g. 60601 Class 1 or 12 lead ECG class 1.
9) When complete select Apply to save changes.
Upload the template onto the Rigel 288+
Note This feature is only compatible with Rigel 288+ devices that have firmware Version 5 and higher. Please see application note 0029 on how to upgrade Rigel 288+ Firmware for this feature to be available.
1) Firstly ensure that the PC and Rigel 288+ are connected either via RS 232 cable or Bluetooth.
2) Go to F4 > Data Transfer> Upload from PC> F4 tick to confirm
3) On Med-eBase select the Asset Template so that is it highlighted. Alternatively hold down Ctrl to add multiple assets or Ctrl A to select all.
4) Right click and select upload or select the upload icon from the right hand side of the screen or go to Tools> Upload
5) Select the correct Instrument Type from the drop down list. The Default baud rate for the Rigel 288+ is 57600. Select the correct COM port which is the Bluetooth connection (you may need to look at your Bluetooth properties to check the correct COM port) or COM 1 if using a RS 232 serial cable.
6) Select Ok and once the Bluetooth icon appears in the right corner of the Rigel 288+ select Ok to start the upload.
To use the template on the Rigel 288+/62353+
1) Switch on the Rigel 288+ / 62353+ and press Menu (F4) and then Auto Mode.
2) In the asset ID field type in the Template Name e.g. “1BF1 or 12 Lead ECG” and select F4 to confirm. This will then take you to the Retest existing Test date? Screen which recognises the set up from the template uploaded from Med-eBase.
3) You can now edit the Asset ID field with the Asset Number of the specific device being tested. Then select F4 to confirm.
4) The asset trace variables for the device under test can also be entered. When complete select F4 to confirmand start the test.
How do I pair my Rigel device via Bluetooth on Windows 10?
On the computer, select settings within the start menu and search for 'Bluetooth and other devices'. Select 'Add Bluetooth or other device'.
Next, add a BT device by selecting incoming devices.
Navigate to the device manager.
You will notice a BT com port and a serial com port
Open the serial com port by right clicking and selecting properties.
Correctly enter the port settings, as seen in the picture and then select advanced settings.
Make sure that the FIFO buffer's are not selected, and are switched off
Your BT port should now be linked with the serial to BT
You should now be able to download to Med-eBase or via DataTransfer.
What’s the process for customising Med-eBase certificates?
1) All certificates are located in: C:ProgramDataRigelMed-eBase V2CertificatesTemplates for Windows 7 and Windows 10.
Note: ProgramData may be hidden folders. To view this folder in Windows 7 go to Organize then Folder, select the View tab and “Show hidden files and folders”, click Apply and then Ok. In Windows 10 select View, Options then select the view tab. Select “Show hidden files and folders”, click apply then OK.
2) Then select the relevant tester type folder e.g. Rigel 288_62353 (See Figure 1) and copy the relevant report folder e.g. _default (en).
Figure 1: Folder select for customised certificates
3) The copied folder needs to be renamed with a relevant name as this is what will appear on the dropdown list of certificate templates to choose from in Med-eBase E.g. "Customised", as shown in Figure 2.
Figure 2: Example of a customised folder
Note: If the customised template folder is not renamed it could be overwritten when new versions of Med-eBase are installed.
4) Select the copied folder and then open the file in either notepad or notepad++ to enable editing
Note: Notepad ++ provides an easier layout to follow as is an open source program which can be download from the internet.
5) Select Ctrl F and find the title which you want to customise. e.g. test protocol. However you can ONLY edit words with the character string "label"> :
and the new phase is entered in between the arrows. On Notepad ++ changeable these words are in black (See Figure 3).
Notice: On notepad ++ do not change any words in GREEN (See Figure 4) as this is information that comes from the Rigel tester. If this is changed the information will not be transferred from the results onto the certificate
Figure 3: Title customisation
Figure 4: Notepad++ word editing
6) Then open Med-eBase, select the test asset you want to print and then select the print icon. This takes you to the certificate screen where the dropdown menu for templates should include your customised template
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