Juniper JUNOSE SOFTWARE FOR E SERIES 11.3.X - SYSTEM BASICS CONFIGURATION GUIDE 2010-10-04 Configuration Manual page 353

show environment
Copyright © 2010, Juniper Networks, Inc.
Use to display the current (running) configuration of the router, a specified virtual
router, a specified interface, or a specified category of router settings.
See full description and examples in "show configuration" on page 256 on "show
configuration" on page 256.
See show configuration.
Use to display information about the router's physical environment, such as voltage
or temperature.
Optionally, specify the all keyword to view both the system environment information
and the detailed temperature status table, or specify the table keyword to view only
the temperature status table.
The system displays a message if the voltage or temperature exceeds normal operating
limits.
The system enters thermal protection mode if the temperature exceeds maximum
operating limits or if the fan system on the E120 and E320 routers reports a critical
error. For information about thermal protection mode on ERX7xx models, ERX14xx
models, and the ERX310 router, see ERX Hardware Guide, Chapter 9, Troubleshooting.
For information about thermal protection mode on the E120 and E320 routers, see
E120 and E320 Hardware Guide, Chapter 9, Troubleshooting.
Field descriptions
chassis—Number of slots, midplane identifier, and hardware revision number
14Slot—5 Gbps, 14 slot midplane
midplaneId7Slot—5 Gbps, 7 slot midplane
midplaneIdRx1400—10 Gbps ASIC compatible, 12 line module slots, 2 SRP module
slots for ERX14xx models
midplaneIdRx700—10 Gbps ASIC compatible, 5 line module slots, 2 SRP module
slots for ERX7xx models
17 slot—100 or 320 Gbps, 17-slot midplane for the E120 router
11 slot—320 Gbps, 11-slot midplane for the E120 router
fabric—Capacity and hardware revision of the fabric
fans—Status of fans
nvs—Status and capacity of NVS and amount of space used
power—States of power feeds
AC power—For ERX310 router only; states of power feeds
srp redundancy—Availability of a redundant SRP module
Chapter 5: Managing the System
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