RightFax 8.5 Installation Guide 45
Configuring the RightFax Printer
Creating a clustered print spooler
1. Run Windows Cluster Administrator and select the RightFax group.
2. Create a new resource called “Print Spooler.”
3. Set the resource type to “Print Spooler” and verify that the RightFax group is the owner.
4. Verify that both cluster nodes are listed under Possible Owners.
5. Set the cluster IP address, cluster name, and share drive as dependencies.
6. Set the path to the “Spool” folder you created on the shared drive.
7. Start the print spooler resource in Cluster Administrator.
Creating the HPFAX print queue
To create the HPFAX print queue on a Windows 2000 cluster
1. Open the Printer folder on the RightFax virtual server.
2. Create a new TCP/IP port, using the shared cluster IP address as the target IP address and
HPFAX as the port name.
3. Select Custom Device Type, and click Settings. Select RAW as the protocol and set the port
number to 53199.
4. Select an HP LaserJet III, LaserJet 4, or LaserJet 5 printer driver and share the printer as HPFAX.
5. Open the Properties of the HPFAX printer, click the Advanced tab, and then click Separator Page.
Enter the following for the separator page:
SharedDrive:\RightFax\bin\RightFax.sep
Where SharedDrive is the drive letter of the shared drive on which RightFax is installed.
6. Re-start both nodes.
To create the HPFAX print queue on a Windows NT 4.0 cluster
1. Open the Printer folder on the RightFax virtual server.
2. Create a new printer called HPFAX, set the port to \\.\pipe\RightFax, and select an HP
LaserJet III, LaserJet 4, or LaserJet 5 printer driver.
3. Open the properties of the HPFAX printer, click the Advanced tab, and then click Separator Page.
Enter the following for the separator page
SharedDrive:\RightFax\bin\RightFax.sep
Where SharedDrive is the drive letter of the shared drive on which RightFax is installed.
4. Restart both nodes.
Completing the Installation
1. Bring all of the RightFax resources on-line.
2. On the secondary node, open Cluster Administrator and verify that the primary node currently
owns all resources.
3. Shut down the primary node and verify that all resource fail over to the secondary node.
4. Re-start the primary node and verify that all resources fail back.
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