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IP Power 在 SNMP 環境下應用

網路插座 在 SNMP 環境下進行操作

SNMP設定使用

Name OID Access Descr Syntax
ippowerOutlet1 .1.3.1 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet2 .1.3.2 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet3 .1.3.3 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet4 .1.3.4 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet5 .1.3.5 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet6 .1.3.6 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet7 .1.3.7 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerOutlet8 .1.3.8 read-write This variable controls the current state of the ippower outlet. To turn on the switch, set it to on (1). To shut off the power , set it to off (0). INTEGER {off (0), on (1)}
ippowerCycleOutlet1 .1.4.1 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet2 .1.4.2 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet3 .1.4.3 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet4 .1.4.4 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet5 .1.4.5 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet6 .1.4.6 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet7 .1.4.7 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerCycleOutlet8 .1.4.8 read-write This variable cycles the current state of the outlet. To place power cycle command,
set it to 0 or 1. As power on , outlet will turn “ OFF to ON “ when place power cycle command.
As power off , outlet will turn “ ON to OFF to ON “ when place power cycle command.
INTEGER (0..1)
ippowerOutlet1InitialState .1.5.1 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia2State .1.5.2 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia3State .1.5.3 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia4State .1.5.4 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia5State .1.5.5 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia6State .1.5.6 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia7State .1.5.7 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
ippowerOutlet1Initia8State .1.5.8 read-write This variable controls the initial state of the ippower outlet after system bootup.
To turn on the switch, set it to on (1). To shut off the power , set it to off (0).
INTEGER {off (0), on (1)}
outlet1i .1.7.1 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet2i .1.7.2 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet3i .1.7.3 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet4i .1.7.4 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet5i .1.7.5 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet6i .1.7.6 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet7i .1.7.7 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outlet8i .1.7.8 read-only The electric current of the ippower outlet. DISPLAYSTRING (SIZE(0..31))
outletTemperature .1.8.1 read-only The temperature of the ippower outlet DISPLAYSTRING (SIZE(0..31))
outletVoltage .1.8.2 read-only The voltage of the ippower outlet. DISPLAYSTRING (SIZE(0..31))