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4.4 PROGRAM RPM 2 - This selects the RPM overspeed value.  The range is selectable from

1 to 2499 RPM. 

Use the UP and DOWN keys to select the overspeed value and press

the ENTER key to save the selection.  To disable the overspeed function, enter 2500.

4.5 PROGRAM TIMER 2 - This selects the time delay in seconds for tripping SDI and OUTPUT

2 after a fault occurs.  The range of the delay is from 1 to 60 seconds.  Use the UP and
DOWN keys to select the time and press the ENTER key to save the selection.  In typical
applications, SW 1 is used to turn off the fuel and either SDI or SW2 is used to turn off the
ignition.

4.6 PROGRAM SW1 - This selects the RUN state of output SW1, normally open (N.O.) or

normally closed (N.C.).  Use the UP and DOWN keys to select the state and press ENTER
to save.

4.7 PROGRAM SW2 - This selects the RUN state of output SW2, normally open (N.O.) or

normally closed (N.C.).  Use the UP and DOWN keys to select the state and press ENTER
to save. 

4.8 PROGRAM SERIAL MODE - This selects the type of communications used by the

annunciator. Selections are provided for NONE (must be used for ignition powered
applications), RS-232 ASCII (A 232),  RS-232 Modbus RTU (232), RS-485 ASCII (A 485), or
RS-485 Modbus RTU (485).  Use the UP and DOWN keys to select and ENTER to save.

4.9 PROGRAM NODE NUMBER - This selects the node number for the annunciator.  The range

of the node number is from 01 to 99.  Use the UP and DOWN keys to select the node number
and press the ENTER key to save the selection.  This applies only for serial communications
and need not be programmed for non-serial applications.

4.10 PROGRAM HOURS - This selects the pre-programmed number of hours.  The range is from

00000 to 65535 hours.  Press the UP and DOWN arrow keys to modify the hours, then press
the ENTER key to save. 

4.11 TIMER KEY - This selects the B1 and B2 timer delays.  The range is from 1 to 999 seconds.

Pressing the TIMER key once displays the B1 timer, and pressing the TIMER key again
displays the B2 timer.  Use the UP and DOWN keys to change the respective B timer and
press the ENTER key to save the selection.

4.12 DEFAULT SETTINGS - As shipped from the factory, the device default settings are as

follows:

MODE

1

RPM1 (PPR)

1

RPM2

200 RPM

TIMER2

5 seconds

SW1

N.O.

SW2

N.O.

SERIAL MODE

None

NODE NUMBER

01

HOURS

00000

B1 TIMER

5 seconds

B2 TIMER

10 seconds

NOTE:  Unit must be properly configured for each application prior to use.

Summary of Contents for DD-40NTS-O

Page 1: ...ed requires terminal module part no 672169 1 691200 1 Power Supply 10 to 30 Vdc 50 mA max or 100 to 400 volt negative ground CD ignition systems 693115 1 Cable DB 25 2 required for DD 40NTS U unit onl...

Page 2: ...be connected to any passive device using contacts suchas standard switch gauges or level switches DO NOT connect sensor leads to relay contacts or to any voltage producing element b Sensors will be e...

Page 3: ...time to allow values to be modified Otherwise selected items may only be viewed There is no similar protection for the TIMER button Class B1 and B2 timers or hourmeter MODE TYPE OF POINTS CHANNELS NOT...

Page 4: ...ition powered applications RS 232 ASCII A 232 RS 232 Modbus RTU 232 RS 485 ASCII A 485 or RS 485 Modbus RTU 485 Use the UP and DOWN keys to select and ENTER to save 4 9 PROGRAM NODE NUMBER This select...

Page 5: ...display reads 00 push and hold the TEST key a reading of 80 indicates satisfactory battery voltage The operating voltage may be checked when the machine is operating and the display reads 01 push and...

Page 6: ...ansition from 00 to 01 indicates the end of the last start up tim er interval 89 Test From 01 display press and hold TEST button indicates adequate operating voltage 09 Test Press and release TEST but...

Page 7: ...here is no drain from the battery This allows for a battery life of up to 5 years in normal operation The battery in the power supply is replaceable use ONLY Altronic part no 601952 Be sure to observe...

Page 8: ...mand as an example The hexadecimal values for the characters are shown only as a reference for those using low level assembly language decoding and will not appear on the communications terminal scree...

Page 9: ...ing it a half duplex system When the master is in the transmit mode the slave is in the receive mode and visa versa B ELECTRICAL OPERATING RANGE RS 485 is a communications standard to satisfy the need...

Page 10: ...e maximum number of units connected together in a system is 99 8 8 RS 232 COMMUNICATIONS A For proper operation the wire length should not exceed 50 feet B Use standard DB 9 connector and computer cab...

Page 11: ...ITION AND CD FUEL VALVE M50 CD WIRING DIAGRAM DC POWERED FUEL VALVE M50 B WIRING DIAGRAM DC POWERED FUEL VALVE M50 FS WIRING DIAGRAM DC POWERED RELAY WIRING DIAGRAM TACHOMETER INPUT IGNITION SHUTDOWN...

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Page 19: ...C 690040 1 AC DC CONTROL FUEL VALVE FUEL VALVE E C B D S MURPHY 221 PH CD IGNITION SHUTDOWN LEAD 12 24VDC 1 2 CAUTION LUB TERMINAL 8TH FROM LEFT REPLACES RPM TERMINAL ON THE 691200 1 POWER SUPPLY IF R...

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