NOVUS AirGate-Modbus - Manual (Page 21)

AirGate-Modbus
NOVUS AUTOMATION 21/22
49
Noise in channel 11 (frequency: 2405 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
50
Noise in channel 12 (frequency: 2410 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
51
Noise in channel 13 (frequency: 2415 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
52
Noise in channel 14 (frequency: 2420 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
53
Noise in channel 15 (frequency: 2425 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
54
Noise in channel 16 (frequency: 2430 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
55
Noise in channel 17 (frequency: 2435 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
56
Noise in channel 18 (frequency: 2440 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
57
Noise in channel 19 (frequency: 2445 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
58
Noise in channel 20 (frequency: 2450 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
59
Noise in channel 21 (frequency: 2455 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
60
Noise in channel 22 (frequency: 2460 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
61
Noise in channel 23 (frequency: 2465 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
62
Noise in channel 24 (frequency: 2470 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
63
Noise in channel 25 (frequency: 2475 MHz, band: 2 MHz) obtained when starting
the network. The noise is measured with the power of the noise level of the
channel measures in dBm, and can vary from -100 dBm (clean channel) to -15
dBm (dirty channel).
-100 -15 R
64
Used so the user can identify the device. Each byte corresponds to an ASCII
character.
0 65535 R/W
65
Used so the user can identify the device. Each byte corresponds to an ASCII
character.
0 65535 R/W
66
Used so the user can identify the device. Each byte corresponds to an ASCII
character.
0 65535 R/W