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Section 61190860L1-5B
Issue 2, January 2002
CLEI Code: NCM5NTDD_ _
1xN Remote Protection Switch
Pro-Cap
Installation and Maintenance
CONTENTS
1. GENERAL ................................................................1
2. INSTALLATION .......................................................3
3. CONFIGURATION ...................................................4
4. OPERATIONAL DESCRIPTION .............................5
5. NORMAL OPERATION ...........................................6
6. PROTECT OPER
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The SCIM can be locally powered by -48 VDC, or 3. Switch Customer Interface Module span powered from the standby unit in slot 8 if This module inserts into one of the SCIM edge equipped for span power. Slide switch S1 selects connectors located on either side of the shelf. It between local or span power. CPE receive and has both amphenol and RJ-48C interface transmit connections are either amphenol or RJ-48C connections to the customer loop. Behind an jacks. access panel is a power connectio
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Documentation associated with the listed cards 3. The shelf assembly lifts away from the mounting- provides information on implementing the auto-protect plate by disengaging the chassis tabs from the function. mounting-plate support hooks. 4. Using the mounting-plate as a template, position LED Indication the mounting-plate at the desired location and Table 1 describes LED indication. mark four pilot holes. Ensure the unit is level and • All LEDs OFF indicates no power to the SCIM. that cable pl
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Wire-Wrap – The to-facility and from-facility Shelf Cards wire-wraps are an alternate method in lieu of the Channel cards are individually configured to meet amphenol connections. network or customer requirements. Certain cards only receive power from network span power. These cards Customer Side do not have pin contacts for shelf power. Amphenol Connection – The to-CPE and from-CPE amphenols should be left-side oriented to prevent CAUTION SCIM panel removal interference after amphenol It must
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Span Power Switch S1 OFF – The standby module in slot 8 is cut through This switch selects between span power or local and detection circuitry disabled. If the power. standby card was supplying span power to the SCIM, all the LEDs will be OFF. If the SPAN – The SCIM receives power from the SCIM was receiving local -48 VDC power, protect card in slot 8. all the LEDs will flash red. LOCAL – The SCIM receives power from local -48 VDC to terminal strip TB1 on the SCIM card. NOTE The protect card in
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the controller card. The controller card will Normal Receive Path continuously monitor the network receive T1 The receive path is non-protected and transformer transmission service in slot 8 (i.e. standby line) for coupled between the network and the customer. The commands. Upon the receipt of these commands, the receive path is monitored for in-band or ESF controller card will initiate the T1 service switchover bit-patterned datalink messages. The receive path from the requested line (1 thr
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this condition will be locked until a remote In-Band Commands provisioning command orders the controller card to The in-band commands are based on a 16-bit repeating switch the customer data back onto the main line, or a binary pattern. These patterns were selected to avoid signal failure of greater than 30 seconds occurs on the random data replication and yellow alarm generation. protect Slot 8. In-band code qualifications involve receiving the codes for 5 contiguous seconds. The in-band code
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7. PROTECTION SWITCH In-Band Slot Enable/Disable Protocol See Table 4 for in-band slot enable/disable protocol. Remote provisioning for a protection switch can be accomplished by sending a specific sequence of in-band or out-of-band messages. These remote provisioning commands are transmitted to the controller card from a remote test facility or a T1 test set at a DSX panel. Arming Arming the controller card prevents an inadvertent protection switch operation. The controller card can be armed
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In-band Protection Switch Protocol Out-of-Band Protection Switch Protocol See Table 5 for in-band protection switch protocol. See Table 7 for out-of-band protection switch protocol. Out-of-Band Enable/Disable Protocol See Table 6 for out-of-band slot enable/disable protocol. Table 5. In-Band Protection Switch Protocol COE In-Band Step Id n-Band Pattern Controller Car Command Patterns 1eSx end Arming CodC. 440 He Loopback the Arming Code 2e Send Protection Lin C44X Hex Loopback the C44X code whe
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See Figure 5 and Figure 6 for switchover codes NOTE and traffic results. Communication using in-band codes will override 8. SWITCHBACK the customer’s data during the switchback Switchback operation is defined as the operation. The customer’s data will be overridden re-establishment of the T1 transmission path between for 10 seconds. These remote provisioning the network and the customer using the regularly commands are transmitted to the controller card assigned line. Communication between th
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In-band Release Protocol 9. AUTO-PROTECT OPERATION See Table 8 for return to normal operation. When the Pro-Cap is configured in a Total Access 3000 network optioned for the auto-protect feature, the Out-of-Band Release Protocol TA 3000 will re-map a failed loop's data to the TA See Table 9 for return to normal operation. 3000 protect unit which in turn sends the protect initiate codes to the Pro-Cap. The Pro-Cap will put its Signal Transmit protect unit online to complete the standby The contro
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10. SPECIFICATIONS 11. MAINTENANCE See Table 10 for Specifications. The Pro-Cap does not require maintenance for normal operation. Table 10. Specifications 12. WARRANTY AND CUSTOMER SERVICE ADTRAN will replace or repair this product within ten Specification (10) years from the date of shipment if it does not meet its published specifications or fails while in service. Pe hysical Interface: 4-Wir Refer to ADTRAN U.S. and Canada Carrier Networks Sr ignal: T1 Bipola Equipment Warranty, document 60
