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Data Delivery Devices VHF, UHF & ISM Wireless RTU RFScada 8ADI-9DO 4ADI-5DO User Manual
Data Delivery Devices VHF, UHF & ISM Wireless RTU RFScada 8ADI-9DO 4ADI-5DO User Manual
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RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 91 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 Register 614 contains the Modbus ‘silent interval’ time setting, in milliseconds. Modbus RTU messages start and end with a silent interval of at least 3.5 character times, which for a baud rate of 9600 bps is approximately 4mS. The RFScada units are capable of reading the Modbus message, acting on the message, formulating a reply, then start transmitting it back to the Modbus master device as soon as this 4mS time expires. The RFScada units are also capable of monitoring the Modbus data and detecting a gap between bytes in a message that is 5 mS in length for example. Normally Modbus messages from a Master, such as a local PC, will have correctly formed data packets without any gaps between bytes. However, if there are gaps between bytes of more than 4mS the RFScada units may assume the packet has ended, process it and since the packet is not complete the RFScada unit ignores the packet and does not reply. The Modbus master then signals an error reporting that the RFScada device did not reply to a Modbus message, when in fact a legal Modbus packet was not presented to the RFScada device. This type of error seldom occurs on modern PC systems with local connections, however it often occurs when a telephone modem or similar device is between units on a Modbus network. Even short packets of data sent directly between two modems often result in smaller bursts of data at the receiving modem, separated by gaps of several milliseconds. The problem may also occur when some RS-485 interface devices are used that incorporate ‘automatic transmit enable’ circuits; these devices often use simple RC timing circuits to enable the driver output, with the result being they may still be driving the Modbus connection and corrupting data several milliseconds after the bus should have been released, when the RFScada unit is trying to send a reply. To overcome these problems the user may set a silent interval in register 614. It can be from 4 up to 255 milliseconds, with the default set at 40. Extending it will delay a response to the Modbus master, so it should not be extended too long, or the Modbus masters own timeout settings may need to be extended. If this delay is set to very small values Modbus communication problems may occur, especially with remote modems and similar devices. It is possible to completely lose remote Modbus communications, and lose the capability to change the configuration back! If this occurs a direct serial connection may be required to regain Modbus control and return modified registers, such as register 614, back to values that allow functionality with connected equipment. For this reason if an RFScada device is accessed via Modbus address 99 (0x63 Hex) it will ignore the users silent time setting and use its own setting of 100mS, therefore allowing communication with most standard devices including remote modems. This gives the user (and the RFScada configuration program) a means to restore settings that have been changed to inoperative ones. Therefore, if changes in the silent time are required a Modbus address other than 99 must be used. If this register really needs adjusting from a remote location use caution and test any changes before writing them to EEPROM, so cycling power can also restore original settings. Under normal circumstances there should be no reason to change this value. Register 615 contains the identity of any special control mode operating, it is zero for normal operation. Register 1000 contains the hop pattern of the unit, it is read only and set at the factory. Register 1001 contains the serial number of the unit, it is read only and set at the factory. Register 1002 contains the number of channels this unit physically supports, it is read only and set at the factory. It is not related to the optional plug in boards. Warning !
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 92 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990
Register 1003 contains the software version of the RFScada unit, again read only. Units do not
need to have identical software versions to communicate.
Registers 1004 to 1013 contain additional factory settings that are specific to the type of radio
installed.
Register 3318 is the Modbus and configuration settings control register. All Modbus registers
that may be written to will become effective as soon as they are written, there are no delays or power
cycles required. The registers are volatile however, so changes in configuration made via Modbus will
be lost when power is removed unless they are permanently stored in the RFScada non volatile
memory. Register 3318 allows the current setting to be permanently saved in EEPROM memory, and
they will be read back from EEPROM memory when power is restored to the unit. All registers may
also be set to default settings here. To set all configuration settings to default values write the value
1234 decimal (0x04D2 hex) to register 3318. To permanently store the present settings in the
RFScada EEPROM memory write the decimal value 5678 decimal (0x162E hex) to register 3318.
It takes several seconds to store all the settings
in the RFScada non-volatile memory. The yellow
system LED (near the center of the board) on
the RFScada unit will flash rapidly during the storage
process. After receiving the ‘write EEPROM’ command
the RFScada unit will not respond to any Modbus
messages until it has finished the write process, and a
‘Modbus timeout’ error message may occur on the
Modbus master. This is normal and should not be
interpreted as an error. After writing all settings verify
correct operation before final connection.
The RFScada configuration program communicates to the units via Modbus. Modbus
traffic to and from the units may be viewed in the bottom of the register display screen by
turning on the ‘view Modbus data’ setting in the menu. To view the existing settings the
configuration program may be used to read a units settings, then save the settings to a file.
The saved file is simply a list of the Modbus register address followed by its contents.
Complete RFScada Modbus Map.
0 Unit 0 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 1 Unit 0 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 2 Unit 0 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 3 Unit 0 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 4 Unit 0 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 5 Unit 0 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 6 Unit 0 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 7 Unit 0 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 8 Unit 0 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 9 Unit 0 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 10 Unit 1 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 11 Unit 1 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 12 Unit 1 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 13 Unit 1 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 14 Unit 1 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 15 Unit 1 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 16 Unit 1 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 17 Unit 1 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 18 Unit 1 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 19 Unit 1 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 20 Unit 2 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 21 Unit 2 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 22 Unit 2 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 23 Unit 2 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 93 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 24 Unit 2 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 25 Unit 2 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 26 Unit 2 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 27 Unit 2 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 28 Unit 2 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 29 Unit 2 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 30 Unit 3 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 31 Unit 3 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 32 Unit 3 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 33 Unit 3 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 34 Unit 3 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 35 Unit 3 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 36 Unit 3 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 37 Unit 3 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 38 Unit 3 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 39 Unit 3 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 40 Unit 4 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 41 Unit 4 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 42 Unit 4 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 43 Unit 4 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 44 Unit 4 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 45 Unit 4 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 46 Unit 4 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 47 Unit 4 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 48 Unit 4 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 49 Unit 4 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 50 Unit 5 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 51 Unit 5 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 52 Unit 5 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 53 Unit 5 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 54 Unit 5 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 55 Unit 5 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 56 Unit 5 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 57 Unit 5 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 58 Unit 5 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 59 Unit 5 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 60 Unit 6 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 61 Unit 6 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 62 Unit 6 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 63 Unit 6 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 64 Unit 6 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 65 Unit 6 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 66 Unit 6 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 67 Unit 6 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 68 Unit 6 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 69 Unit 6 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 70 Unit 7 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 71 Unit 7 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 72 Unit 7 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 73 Unit 7 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 74 Unit 7 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 75 Unit 7 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 76 Unit 7 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 77 Unit 7 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 78 Unit 7 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 79 Unit 7 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 80 Unit 8 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 81 Unit 8 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 82 Unit 8 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 83 Unit 8 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 84 Unit 8 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 85 Unit 8 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 86 Unit 8 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 87 Unit 8 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 88 Unit 8 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 89 Unit 8 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 90 Unit 9 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 91 Unit 9 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 92 Unit 9 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 93 Unit 9 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 94 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 94 Unit 9 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 95 Unit 9 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 96 Unit 9 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 97 Unit 9 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 98 Unit 9 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 99 Unit 9 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 100 Unit 10 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 101 Unit 10 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 102 Unit 10 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 103 Unit 10 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 104 Unit 10 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 105 Unit 10 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 106 Unit 10 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 107 Unit 10 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 108 Unit 10 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 109 Unit 10 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 110 Unit 11 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 111 Unit 11 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 112 Unit 11 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 113 Unit 11 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 114 Unit 11 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 115 Unit 11 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 116 Unit 11 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 117 Unit 11 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 118 Unit 11 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 119 Unit 11 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 120 Unit 12 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 121 Unit 12 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 122 Unit 12 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 123 Unit 12 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 124 Unit 12 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 125 Unit 12 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 126 Unit 12 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 127 Unit 12 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 128 Unit 12 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 129 Unit 12 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 130 Unit 13 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 131 Unit 13 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 132 Unit 13 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 133 Unit 13 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 134 Unit 13 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 135 Unit 13 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 136 Unit 13 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 137 Unit 13 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 138 Unit 13 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 139 Unit 13 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 140 Unit 14 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 141 Unit 14 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 142 Unit 14 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 143 Unit 14 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 144 Unit 14 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 145 Unit 14 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 146 Unit 14 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 147 Unit 14 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 148 Unit 14 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 149 Unit 14 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 150 Unit 15 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 151 Unit 15 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 152 Unit 15 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 153 Unit 15 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 154 Unit 15 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 155 Unit 15 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 156 Unit 15 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 157 Unit 15 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 158 Unit 15 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 159 Unit 15 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 160 Unit 16 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 161 Unit 16 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 162 Unit 16 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 163 Unit 16 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 95 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 164 Unit 16 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 165 Unit 16 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 166 Unit 16 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 167 Unit 16 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 168 Unit 16 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 169 Unit 16 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 170 Unit 17 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 171 Unit 17 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 172 Unit 17 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 173 Unit 17 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 174 Unit 17 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 175 Unit 17 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 176 Unit 17 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 177 Unit 17 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 178 Unit 17 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 179 Unit 17 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 180 Unit 18 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 181 Unit 18 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 182 Unit 18 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 183 Unit 18 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 184 Unit 18 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 185 Unit 18 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 186 Unit 18 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 187 Unit 18 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 188 Unit 18 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 189 Unit 18 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 190 Unit 19 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 191 Unit 19 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 192 Unit 19 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 193 Unit 19 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 194 Unit 19 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 195 Unit 19 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 196 Unit 19 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 197 Unit 19 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 198 Unit 19 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 199 Unit 19 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 200 Unit 20 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 201 Unit 20 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 202 Unit 20 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 203 Unit 20 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 204 Unit 20 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 205 Unit 20 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 206 Unit 20 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 207 Unit 20 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 208 Unit 20 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 209 Unit 20 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 210 Unit 21 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 211 Unit 21 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 212 Unit 21 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 213 Unit 21 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 214 Unit 21 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 215 Unit 21 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 216 Unit 21 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 217 Unit 21 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 218 Unit 21 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 219 Unit 21 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 220 Unit 22 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 221 Unit 22 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 222 Unit 22 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 223 Unit 22 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 224 Unit 22 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 225 Unit 22 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 226 Unit 22 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 227 Unit 22 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 228 Unit 22 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 229 Unit 22 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 230 Unit 23 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 231 Unit 23 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 232 Unit 23 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 233 Unit 23 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 96 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 234 Unit 23 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 235 Unit 23 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 236 Unit 23 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 237 Unit 23 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 238 Unit 23 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 239 Unit 23 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 240 Unit 24 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 241 Unit 24 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 242 Unit 24 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 243 Unit 24 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 244 Unit 24 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 245 Unit 24 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 246 Unit 24 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 247 Unit 24 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 248 Unit 24 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 249 Unit 24 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 250 Unit 25 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 251 Unit 25 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 252 Unit 25 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 253 Unit 25 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 254 Unit 25 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 255 Unit 25 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 256 Unit 25 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 257 Unit 25 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 258 Unit 25 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 259 Unit 25 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 260 Unit 26 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 261 Unit 26 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 262 Unit 26 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 263 Unit 26 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 264 Unit 26 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 265 Unit 26 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 266 Unit 26 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 267 Unit 26 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 268 Unit 26 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 269 Unit 26 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 270 Unit 27 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 271 Unit 27 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 272 Unit 27 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 273 Unit 27 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 274 Unit 27 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 275 Unit 27 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 276 Unit 27 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 277 Unit 27 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 278 Unit 27 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 279 Unit 27 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 280 Unit 28 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 281 Unit 28 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 282 Unit 28 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 283 Unit 28 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 284 Unit 28 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 285 Unit 28 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 286 Unit 28 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 287 Unit 28 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 288 Unit 28 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 289 Unit 28 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 290 Unit 29 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 291 Unit 29 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 292 Unit 29 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 293 Unit 29 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 294 Unit 29 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 295 Unit 29 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 296 Unit 29 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 297 Unit 29 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 298 Unit 29 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 299 Unit 29 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 300 Unit 30 Bits 0-7 Digital Inputs, Bit 8 = COMM OK 301 Unit 30 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 302 Unit 30 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 303 Unit 30 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 97 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 304 Unit 30 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 305 Unit 30 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 306 Unit 30 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 307 Unit 30 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 308 Unit 30 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 309 Unit 30 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 310 Unit 31 its 0-7 Digital Inputs, Bit 8 = COMM OK 311 Unit 31 Analog 1 10 bit result. 0 = 0 mA, 1023 = 20mA 312 Unit 31 Analog 2 10 bit result. 0 = 0 mA, 1023 = 20mA 313 Unit 31 Analog 3 10 bit result. 0 = 0 mA, 1023 = 20mA 314 Unit 31 Analog 4 10 bit result. 0 = 0 mA, 1023 = 20mA 315 Unit 31 Analog 5 10 bit result. 0 = 0 mA, 1023 = 20mA 316 Unit 31 Analog 6 10 bit result. 0 = 0 mA, 1023 = 20mA 317 Unit 31 Analog 7 10 bit result. 0 = 0 mA, 1023 = 20mA 318 Unit 31 Analog 8 10 bit result. 0 = 0 mA, 1023 = 20mA 319 Unit 31 DC Voltage 10 bit, 1023 = 51.1 Volts DC (approx) 320 Unit 0 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 321 Unit 0 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 322 Unit 0 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 323 Unit 0 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 324 Unit 1 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 325 Unit 1 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 326 Unit 1 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 327 Unit 1 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 328 Unit 2 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 329 Unit 2 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 330 Unit 2 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 331 Unit 2 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 332 Unit 3 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 333 Unit 3 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 334 Unit 3 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 335 Unit 3 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 336 Unit 4 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 337 Unit 4 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 338 Unit 4 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 339 Unit 4 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 340 Unit 5 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 341 Unit 5 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 342 Unit 5 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 343 Unit 5 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 344 Unit 6 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 345 Unit 6 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 346 Unit 6 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 347 Unit 6 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 348 Unit 7 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 349 Unit 7 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 350 Unit 7 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 351 Unit 7 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 352 Unit 8 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 353 Unit 8 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 354 Unit 8 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 355 Unit 8 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 356 Unit 9 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 357 Unit 9 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 358 Unit 9 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 359 Unit 9 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 360 Unit 10 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 361 Unit 10 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 362 Unit 10 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 363 Unit 10 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 364 Unit 11 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 365 Unit 11 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 366 Unit 11 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 367 Unit 11 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 368 Unit 12 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 369 Unit 12 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 370 Unit 12 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 371 Unit 12 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 372 Unit 13 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 373 Unit 13 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 98 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 374 Unit 13 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 375 Unit 13 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 376 Unit 14 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 377 Unit 14 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 378 Unit 14 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 379 Unit 14 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 380 Unit 15 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 381 Unit 15 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 382 Unit 15 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 383 Unit 15 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 384 Unit 16 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 385 Unit 16 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 386 Unit 16 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 387 Unit 16 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 388 Unit 17 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 389 Unit 17 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 390 Unit 17 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 391 Unit 17 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 392 Unit 18 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 393 Unit 18 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 394 Unit 18 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 395 Unit 18 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 396 Unit 19 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 397 Unit 19 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 398 Unit 19 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 399 Unit 19 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 400 Unit 20 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 401 Unit 20 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 402 Unit 20 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 403 Unit 20 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 404 Unit 21 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 405 Unit 21 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 406 Unit 21 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 407 Unit 21 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 408 Unit 22 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 409 Unit 22 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 410 Unit 22 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 411 Unit 22 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 412 Unit 23 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 413 Unit 23 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 414 Unit 23 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 415 Unit 23 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 416 Unit 24 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 417 Unit 24 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 418 Unit 24 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 419 Unit 24 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 420 Unit 25 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 421 Unit 25 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 422 Unit 25 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 423 Unit 25 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 424 Unit 26 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 425 Unit 26 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 426 Unit 26 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 427 Unit 26 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 428 Unit 27 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 429 Unit 27 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 430 Unit 27 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 431 Unit 27 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 432 Unit 28 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 433 Unit 28 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 434 Unit 28 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 435 Unit 28 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 436 Unit 29 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 437 Unit 29 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 438 Unit 29 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 439 Unit 29 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 440 Unit 30 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 441 Unit 30 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 442 Unit 30 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 443 Unit 30 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 99 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 444 Unit 31 Relay 1 & 2 digital source byte, LS byte = Relay 1; MS 5 bits = source ID, LS 3 bits = source channel 445 Unit 31 Relay 3 & 4 digital source byte, LS byte = Relay 3; MS 5 bits = source ID, LS 3 bits = source channel 446 Unit 31 Relay 5 & 6 digital source byte, LS byte = Relay 5; MS 5 bits = source ID, LS 3 bits = source channel 447 Unit 31 Relay 7 & 8 digital source byte, LS byte = Relay 7; MS 5 bits = source ID, LS 3 bits = source channel 448 Unit 0 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 449 Unit 0 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 450 Unit 0 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 451 Unit 0 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 452 Unit 1 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 453 Unit 1 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 454 Unit 1 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 455 Unit 1 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 456 Unit 2 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 457 Unit 2 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 458 Unit 2 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 459 Unit 2 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 460 Unit 3 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 461 Unit 3 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 462 Unit 3 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 463 Unit 3 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 464 Unit 4 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 465 Unit 4 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 466 Unit 4 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 467 Unit 4 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 468 Unit 5 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 469 Unit 5 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 470 Unit 5 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 471 Unit 5 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 472 Unit 6 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 473 Unit 6 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 474 Unit 6 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 475 Unit 6 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 476 Unit 7 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 477 Unit 7 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 478 Unit 7 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 479 Unit 7 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 480 Unit 8 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 481 Unit 8 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 482 Unit 8 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 483 Unit 8 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 484 Unit 9 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 485 Unit 9 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 486 Unit 9 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 487 Unit 9 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 488 Unit 10 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 489 Unit 10 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 490 Unit 10 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 491 Unit 10 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 492 Unit 11 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 493 Unit 11 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 494 Unit 11 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 495 Unit 11 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 496 Unit 12 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 497 Unit 12 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 498 Unit 12 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 499 Unit 12 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 500 Unit 13 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 501 Unit 13 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 502 Unit 13 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 503 Unit 13 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 504 Unit 14 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 505 Unit 14 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 506 Unit 14 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 507 Unit 14 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 508 Unit 15 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 509 Unit 15 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 510 Unit 15 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 511 Unit 15 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 512 Unit 16 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 513 Unit 16 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel
RFScada 8ADI-9DO/4ADI-5DO Manual Ver 3.6 Copyright ©2005 Data Delivery Devices LLC Page - 100 – Bartlesville OK Tel 918-335-3318 FAX 918-398-9990 514 Unit 16 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 515 Unit 16 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 516 Unit 17 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 517 Unit 17 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 518 Unit 17 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 519 Unit 17 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 520 Unit 18 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 521 Unit 18 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 522 Unit 18 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 523 Unit 18 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 524 Unit 19 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 525 Unit 19 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 526 Unit 19 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 527 Unit 19 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 528 Unit 20 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 529 Unit 20 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 530 Unit 20 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 531 Unit 20 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 532 Unit 21 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 533 Unit 21 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 534 Unit 21 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 535 Unit 21 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 536 Unit 22 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 537 Unit 22 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 538 Unit 22 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 539 Unit 22 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 540 Unit 23 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 541 Unit 23 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 542 Unit 23 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 543 Unit 23 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 544 Unit 24 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 545 Unit 24 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 546 Unit 24 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 547 Unit 24 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 548 Unit 25 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 549 Unit 25 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 550 Unit 25 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 551 Unit 25 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 552 Unit 26 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 553 Unit 26 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 554 Unit 26 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 555 Unit 26 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 556 Unit 27 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 557 Unit 27 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 558 Unit 27 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 559 Unit 27 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 560 Unit 28 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 561 Unit 28 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 562 Unit 28 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 563 Unit 28 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 564 Unit 29 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 565 Unit 29 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 566 Unit 29 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 567 Unit 29 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 568 Unit 30 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 569 Unit 30 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 570 Unit 30 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 571 Unit 30 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 572 Unit 31 Analog 1 & 2 output source bytes, LS byte = Analog 1; MS 5 bits = source ID, LS 3 bits = source channel 573 Unit 31 Analog 3 & 4 output source bytes, LS byte = Analog 3; MS 5 bits = source ID, LS 3 bits = source channel 574 Unit 31 Analog 5 & 6 output source bytes, LS byte = Analog 5; MS 5 bits = source ID, LS 3 bits = source channel 575 Unit 31 Analog 7 & 8 output source bytes, LS byte = Analog 7; MS 5 bits = source ID, LS 3 bits = source channel 576 Unit 0 (Master) Configuration Register. Always 1 for enabled 577 Unit 1 Configuration Register. Bit 0 = 1 for enabled, 0 disabled 578 Unit 2 Configuration Register. Bit 0 = 1 for enabled, 0 disabled 579 Unit 3 Configuration Register. Bit 0 = 1 for enabled, 0 disabled 580 Unit 4 Configuration Register. Bit 0 = 1 for enabled, 0 disabled 581 Unit 5 Configuration Register. Bit 0 = 1 for enabled, 0 disabled 582 Unit 6 Configuration Register. Bit 0 = 1 for enabled, 0 disabled 583 Unit 7 Configuration Register. Bit 0 = 1 for enabled, 0 disabled