Denkovi smartDEN IP-16R Series, Руководство пользователя

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smartDEN IP-16R-XX User Manual
13 Apr 2021
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10.1.5. Auto-reboot
Table 10.5. Auto-reboot settings
Start OID Name Access Description Syntax
x .6.5.1.0
AutorebootMod
eEnable read-
write Auto-reboot Mode
Enable (Disabled-0,
Enabled-1) INTEGER
{no(0),yes(1) }
x .6.5.2.0 IPAddressToPi
ng read-
write IP Address To Ping DISPLAYSTRING
(SIZE (0..23))
x .6.5.3.0 IntervalBetween
Pings read-
write Interval Between
Pings, sec (1..3600) INTEGER32
(1..3600)
x .6.5.4.0
PingFailuresBef
oreReboot read-
write Ping Failures Before
Reboot (1..100) INTEGER32
(1..100)
x .6.5.5.0 PingDelayAfter
Reboot read-
write Ping Delay After
Reboot, sec (1..3600) INTEGER32
(1..3600)
x .6.5.6.0 RelayNumber read-
write Relay Number (1..16) INTEGER32
(1..16)
x .6.5.7.0 PowerUpPulse
Enable read-
write Power-up Pulse
Enable (Disabled-0,
Enabled-1)
INTEGER
{no(0),yes(1) }
x .6.5.8.0 PowerUpPulse read-
write Power-up Pulse, sec
(1..3600) INTEGER32
(1..3600)
x .6.5.9.0 RebootPulse1E
nable read-
write Reboot Pulse1 Enable
(Disabled-0, Enabled-
1) INTEGER
{no(0),yes(1) }
x .6.5.10.0 RebootPulse1 read-
write INTEGER32 (1..3600) Reboot Pulse1,
sec (1..3600)
x .6.5.11.0 Pulse1ToPulse
2DelayEnable read-
write Pulse1 To Pulse2
Delay Enable
(Disabled-0, Enabled-
1)
INTEGER
{no(0),yes(1) }
x .6.5.12.0
Pulse1ToPulse
2Delay read-
write Pulse1 To Pulse2
Delay, sec (1..3600)
INTEGER32
(1..3600)
x .6.5.13.0 RebootPulse2E
nable read-
write Reboot Pulse2 Enable
(Disabled-0, Enabled-
1) INTEGER
{no(0),yes(1) }
x .6.5.14.0 RebootPulse2 read-
write Reboot Pulse2, sec
(1..3600) INTEGER32
(1..3600)
x .6.5.15.0
AutoRebootsNu
mber read-only Auto-reboots Number INTEGER32
x .6.5.16.0 LastAutoReboot
Time read-only Last Auto-reboot Time DISPLAYSTRING
10.2. Modbus TCP (for smartDEN IP-16R-MT only)
Modbus-TCP is an application layer messaging protocol, which provides
master/slave (client/server) communication between devices connected on Ethernet
networks. A Modbus-TCP message consists of a header (7 bytes) and the protocol
data unit, which is encapsulated by the transmitting device into a standard TCP
frame (Figure 10.1).