Zhone-IMAC

Main power supply for AC powered IMACS units. 120/240VAC, 50-60Hz input provides +/-5V and +/-12V. Can be used with 8905 Power Converter to provide -48VDC from either 120VAC or 240VAC. A second 8901 may be installed for load sharing/redundancy.

Main power supply for use with external -48VDC sources. Provides +/-5V and +/-12V. Includes low input voltage alarm at -42VDC or less. A second 890220 may be installed for load sharing/redundancy.

Used with 8901 with either 120VAC/240VAC, 50-60Hz input to supply -48VDC system voltage. Optional redundancy of the 8905 is supported in the IMACS 800 and 900 chassis only. Consult Zhone GSS if using with negative ground.

Used to supply ringing current for all FXS cards and for FXO cards in manual ring down applications. Provides control of in-rush current during startup and hot insertion.

DC main power supply for use with external -24VDC sources. Provides +/-5V and +/-12V. A second 8907 may be installed for load sharing redundancy. Consult Zhone GSS if using with negative ground, or if +24V is required. Cannot be used with 890620 ring generator.

55 Watts of continual power available into our convection cooled system. A second 8000-PS can be added for load sharing and redundancy.

55 Watts of continual power available into our convection cooled system. A second 8000-PS can be added for load sharing and redundancy.

135 Watts of continual power available into our convection cooled system. A second 8000-PS can be added for load sharing and redundancy.

135 Watts of continual power available into our convection cooled system. A second 8000-PS can be added for load sharing and redundancy.

135 Watt supplies require a 2Amp draw on the 5V rail in order to properly regulate. The load board provides power draw for customers who anticipate upgrading to more power-intensive cards, but are initially purchasing equipment that does not actually require the 135 Watt supply.

Steel chassis, front loading, "V" steel card guides; with installation kit. Provides 2 CPU slots, 8 universal slots and 1 interface slot. Universal slots can support up to 3 server cards and up to 4 WAN cards. All universal slots not allocated to servers or WANs can be used for user cards. Accommodates 1 main power and 1 redundant main or 1 main power and 1 AC/DC converter and 1 ring generator. AC and dual DC inputs. NEBS compliant.

Steel chassis, front and rear loading, "V" steel card guides; with installation kit. Provides 2 CPU slots, 3 server slots, 4 WAN slots, 1 interface slot, 8 user slots. AC and dual DC inputs. Two slots for main power supplies, 5 separate slots for -48VDC converters or ring generators. CPU, WAN, server cards and power supplies load from front. User, interface cards, ring generators and voltage converters load from rear. NEBS compliant.

Steel chassis, top & bottom front loading, "V" steel card guides; with installation kit. Provides 2 CPU slots, 3 server slots, 4 WAN slots, 1 interface slot, 8 user slots. The power section on top has two slots for main power supplies and 2 slots for -48VDC converters (8905) or ring generators (890620). AC and dual DC inputs. All system components load from the front. When used with an external -48VDC power supply, the 891930 chassis allows for the power requirements of having up to 7 BRI cards installed. NEBS compliant.

Steel chassis, front & rear loading, "V" steel card guides; with installation kit. Provides 2 CPU slots, 3 server slots, 4 WAN slots, 1 interface slot, 8 user slots. Power section in the rear has two slots for main power supplies and 2 slots for -48VDC converters (8905) or ring generators (890620). AC and dual DC inputs. All system components load from the front, power options in the rear. IEEE 1613 compliant. Two 8 AMP slow-blow DC serviceable fuses, one 6 AMP in-line fuse on AC. The 8000 shelf is supported in 7.5.0 and above.

Physical interfaces for up to 8 T1/E1 lines on single 50 pin Amphenol connector, integral V.22bis modem and port (RJ11). VT100 control port (RJ45), DB9 computer port for connection to network management system and nodal port (RJ48) provides 1 alarm output to external reporting device. Can be used with all system releases up to and including v3.x.y. This card is being manufacture discontinued. A last time buy is in effect.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), DB9 computer port (COM 1) for connection to network management system and RJ48 computer port (COM 2), RJ45 for external sync connection and node port (RJ48) provides 1 alarm output to external reporting device. Use with 5.x.y or 6.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, V.22bis modem and port (RJ11), VT100 control port (RJ45), DB9 computer port for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Use with 5.x.y or 6.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, no modem, VT100 control port (RJ45), DB9 computer port for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Use with 5.x.y or 6.x.y CPU firmware

Two RJ48 and bantam jack connectors for T1 or balanced 120-Ohm E1 lines. VT100 control port (RJ45). No DB9 computer port. Can be used with system releases up to and including v3.x.y. This card is being manufacture discontinued. A last time buy is in effect.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), DB9 computer port (COM 1) for connection to network management system and RJ48 computer port (COM 2), RJ45 for external sync connection and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Enhanced panel fasteners. Use with 7.x.y CPU firmware.