manualshive.com logo in svg

Dantel 46020-38, Installation & Operation Manual

Share
Download
Dantel 46020-38 Installation & Operation Manual Download Page 47

46020-38-0299 <90-00029>

 P

AGE

 47

CPM P

OINT

 A

CTIVATE

Purpose:

Operates one listed point at the specified CPM.

Format:

CPM [number] ACT (or ACTIVATE) [points]

Remarks:

The point operates during the time period set by option switches

or programming. (See OPTION and CPM POINT TIME PE-

RIOD commands.)

CPM P

OINT

 C

LEAR

Purpose:

Resets one listed point at the specified CPM.

Format:

CPM [number] CLR (or CLEAR) [point number]

CPM P

OINT

 D

IRECT

 O

PERATE

Purpose:

Momentarily turns CPM points on or off. Also latches CPM

points on and resets latched points.

Format:

CPM [number] DLON [point numbers]
CPM [number] DLOF [point numbers]
CPM [number] DMON [point numbers]
CPM [number] DMOF [point numbers]

Remarks:

This group of commands overrides the CPM(s) option switch

settings (momentary/latching).
List point numbers individually with a comma between them, as

a group with a hyphen between them, or use the word ALL.
The DLON command latches CPM points on.
The DLOF command resets the latched points.
The DMON command operates CPM points for three seconds.

PRINTER SYNTAX

CONTINUED

 . . .

Summary of Contents for 46020-38

Page 1: ...recautions refer to BellcoreTM Technical Reference TR NWT 000870 Copyright 1999 by Dantel Inc Dantel is a registered trademark of Dantel Inc ISO 9001 Registered Printed in the U S A About this Practic...

Page 2: ...firmware Here is a brief description of each of the ports Master Port Connects to an alarm center that reports alarm data and issues control point commands The alarm center may be a personal computer...

Page 3: ...mmunicate with alarm and control points through TBOS serial equipment Can be wired to either a 46022 12 Multiple Alarm Combiner MAC which provides eight RS 422 serial ports or a 46022 20 MAC which pro...

Page 4: ...d on the master and printer ports the amount of alarm data the MAP can address is limited TBOS is limited to eight displays of alarms and controls on the master port and an additional eight displays o...

Page 5: ...rsonal computer or an external alarm master such as an E System master interfaced through an E System Adapter DCPF This is a modified DCP protocol with improved error detection It is used when the MAP...

Page 6: ...s means communications cannot extend beyond the shelf where the MAP is installed To commu nicate beyond the shelf you must connect the data port to a 46035 Converter Module 46022 Multiple Alarm Combin...

Page 7: ...nforma tion is erased when the power is restored To learn how to set these switches refer to the Switch Settings chapter RESET On the front panel of the MAP there is a recessed reset button When you p...

Page 8: ...PTION CIRCUIT DESCRIPTION Refer to FIG 6 for a Functional Schematic of the 46020 38 MAP The circuit consists of the following A microprocessor with EPROM Erasable Programmable Read Only Memory Three p...

Page 9: ...with an external standard ASCII VT 100 terminal personal computer or other alarm reporting equip ment through an on board RS 232 interface Data port Communicates either directly or through other Dante...

Page 10: ...0 12 TX DATA BB RX DATA BA DSR DTR RTS DCD TX TX RX RX RS 422 RS 485 49008 S A RTS RD DTR DCD GND or CTS TD RS 232 49009 or 49029 S A Balanced Output DIST XMT Balanced Input DIST RCV 202 Modem 49013 S...

Page 11: ...ct Ports 2 8 to TBOS serial alarm and control equipment MAP 4 is communicating through a MAC 20 with discrete alarm and control points using DCM protocol DISCRETE POINTS INTERFACED TO ALARM AND CONTRO...

Page 12: ...0 MAC 46020 MAP ADDR 4 R S 2 3 2 2 0 2 R S 2 3 2 46020 MAP ADDR 3 46035 46022 12 MAC 2 0 2 RS422 FIBER OPTIC OVERHEAD 2400 BAUD TBOS 512 ALARM POINTS MAXIMUM PER TBOS PORT R S 2 3 2 46020 MAP ADDR 1 D...

Page 13: ...o Fig 9 for the location of the firmware sub assembly Separate the subassembly top board from the main board Be careful not to bend any connector pins Insert the main subassembly board into the connec...

Page 14: ...with the firmware Insert top subassembly board into the connectors on the main subassembly board Install three screws to fasten the top subassembly FIG 9 MAP SUBASSEMBLY LOCATIONS INSTALLATION DATA XM...

Page 15: ...ormation on how to set the strap options and how to operate the subassembly refer to the manual for that subassem bly 3 Set switches Set switches S1 through S7 on the MAP Refer to Fig 10 for switch lo...

Page 16: ...NEL ADDRESS CHANNEL ADDRESS 3 W3 W2 DTR DCD RD RTS RTS EXTERNAL INTERRUPT PRINTER PORT PRINTER PORT MULTIPLE ALARM COMBINER AUXILIARY INPUT OUTPUT MULTIPLE ALARM COMBINER LEVEL A LEVEL C SUMMARY ALARM...

Page 17: ...devices you must specify how you want it to operate Without this configuration step the system will not poll Refer to the Switch Settings chapter Before making connections refer to the block diagram...

Page 18: ...are TBOS Printer The maximum number of MACs is one This protocol is limited to a maximum of eight displays TBOS TBOS The maximum number of MACs is two This protocol is limited to a maximum of eight d...

Page 19: ...lays per port in each group which could affect the number of MACs required Refer to Fig 15 Switches S1 1 through S1 3 set Group A displays per port Switches S1 4 through S1 6 set Group B displays per...

Page 20: ...rial Port 3 Serial Port 4 Serial Port 5 Serial Port 6 Serial Port 7 Serial Port 8 MAC 46022 1X Group A Group B Data Port MAP 46020 38 Serial Port 9 Serial Port 10 Serial Port 11 Serial Port 12 Serial...

Page 21: ...Data Port MAP 46020 38 Port 2 3 Disps Port 3 3 Disps Port 4 3 Disps Port 5 4 Disps Port 6 3 Disps Port 7 2 Disps Port 8 0 Disps Printer Port Printer Master Port DCP Converter Module 46035 00 To MATs 7...

Page 22: ...7 8 N W O D P U N W O D P U N W O D N W O D P U P U P U P U P U P U s 2 1 C A M f o r e b m u N 7 1 S 8 1 S 1 2 3 4 N W O D P U N W O D P U N W O D N W O D P U P U SWITCH S2 TBOS DISPLAYS AND PORT CON...

Page 23: ...W O D P U N W O D P U N W O D N W O D P U P U N W O D N W O D N W O D N W O D 5 6 7 8 N W O D P U N W O D P U N W O D N W O D P U P U P U P U P U P U D p u o r G n i t r o P r e p s y a l p s i D S O...

Page 24: ...lays is 0 31 Use 0 if the MAP communicates only with discrete points If you do not use all TBOS displays you can use the remaining MAP capacity for discrete points connected through port 1 Refer to Fi...

Page 25: ...U P U P U P U P U P U P U P U P U N W O D N W O D N W O D N W O D 6 1 7 1 8 1 9 1 7 1 8 1 9 1 0 2 N W O D P U N W O D P U N W O D N W O D P U P U N W O D N W O D N W O D N W O D N W O D N W O D N W O...

Page 26: ...aces an E System Adapter set the E System mode to ON when you use the MAP as 1 or 3 Set the E System mode OFF when you use the MAP as 2 or 4 or when the MAP interfaces to another MAP or computer Set t...

Page 27: ...ber of master port displays using switches S4 1 to S4 3 Refer to Table F Switch S4 4 is not used Leave in the OFF position Set the master port baud rate using switches S4 5 and S4 6 Master port baud r...

Page 28: ...W O D P U N W O D P U N W O D N W O D P U P U P U P U P U P U N W O D N W O D N W O D N W O D N W O D N W O D N W O D N W O D 9 0 1 1 1 2 1 N W O D P U N W O D P U N W O D N W O D P U P U N W O D N W...

Page 29: ...D P U N W O D N W O D P U P U P U P U P U P U N W O D N W O D N W O D N W O D N W O D N W O D N W O D N W O D 9 0 1 1 1 2 1 N W O D P U N W O D P U N W O D N W O D P U P U N W O D N W O D N W O D N W...

Page 30: ...b m u N t r o P r e t s a M y b d e t r o p e R s y a l p s i D S O B T f o r e b m u N t r o P r e t n i r P y b d e t r o p e R s e t a R a t a D 1 4 S 2 4 S 3 4 S 4 4 S 5 4 S 6 4 S r e t s a M 7 4...

Page 31: ...itches S6 and S7 Switch S5 7 The MAP has battery backed memory which prevents loss of the system configuration in a power outage When power comes back on set MAP operation using switch S5 7 Have the M...

Page 32: ...3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6...

Page 33: ...yntax chapter If you install a subassembly on the master port refer to the subassembly manual for operation information MAC OPERATION The MAC may be used to display alarm and communication status The...

Page 34: ...o default mode at any time press buttons A and C at the same time CHANGE OF STATUS 46022 12 Multi Alarm Combiner 46022 12 RX DATA 1 2 3 4 5 6 7 8 9 10 11 12 A B C D 14 13 15 16 Alarm Control Switches...

Page 35: ...15 16 46022 12 Multi Alarm Combiner STEP 3 Display Section 1 Press button for desired display Alarm LEDs will show status of points 1 16 2 LED A on shows points 1 16 selected First MAT in the display...

Page 36: ...g LED LED ON shows acknowledged alarm state see example at LED 6 LED OFF shows acknowledged normal state 46022 12 RX DATA 1 2 3 4 5 6 7 8 9 10 11 12 A B C D 14 13 15 16 CONTROL POINT OPERATION 46022 1...

Page 37: ...e selected 3 LEDs A B flash 46022 12 RX DATA 1 2 3 4 5 6 7 8 9 10 11 12 A B C D 14 13 15 16 46022 12 Multi Alarm Combiner STEP 3 Select Group 1 Press A to select displays 1 16 Press B to select displa...

Page 38: ...PM in display LED C comes on 5 Press button D to show points 49 64 Fourth CMP in display LED D comes on 6 Press button A to return to points 1 16 LED A comes on 46022 12 RX DATA 1 2 3 4 5 6 7 8 9 10 1...

Page 39: ...delay CPM points should be optioned for momentary operation Latched points can be set from the MAC but cannot be reset 46022 12 RX DATA 1 2 3 4 5 6 7 8 9 10 11 12 A B C D 14 13 15 16 ACKNOWLEDGE ALL A...

Page 40: ...A LED on if displays 1 16 selected 3 B LED on if displays 17 32 selected 46022 12 RX DATA 1 2 3 4 5 6 7 8 9 10 11 12 A B C D 14 13 15 16 46022 12 Multi Alarm Combiner STEP 3 Acknowledge All 1 Press C...

Page 41: ...omm Test Mode 3 Odd numbered Alarm LEDs blink to show data transmitted at each port LED 1 corresponds to port 1 LED 3 corresponds to port 2 etc 4 Even numbered Alarm LEDs blink to show data received a...

Page 42: ...to select configure mode 2 LED s A D come on Note Entire system will now be reconfigured unless Steps 3 5 are performed 46022 12 RX DATA A B C D 1 2 3 4 5 6 7 8 9 10 14 13 15 16 11 12 46022 12 Multi A...

Page 43: ...e system will be locked on the selected port for configuration only No status reports will be received for any other ports LED s A D on show ports 1 16 selected LED s B D show ports 17 32 selected 460...

Page 44: ...ove power from the MAP Then check the settings at the terminal and also at the MAP Type UNLOCK and press Enter This command unlocks the MAP so you can enter most of the other commands If there is a pa...

Page 45: ...egular commands PRINTER SYNTAX TASK Stop Output Stop data flow from the MAP Backspace Recall Previous Line Use to edit command line after receiving an error message Recall Current Line Use when interr...

Page 46: ...r ACK BELL Purpose Reports if the terminal bell is on or off Turns bell on or off When bell is on it sounds when a change of alarm status occurs Format BELL BELL ON BELL OFF Remarks The command BELL s...

Page 47: ...CT OPERATE Purpose Momentarily turns CPM points on or off Also latches CPM points on and resets latched points Format CPM number DLON point numbers CPM number DLOF point numbers CPM number DMON point...

Page 48: ...en them as a group with a hyphen between them or use the word ALL CPM POINT SELECT OPERATE Purpose Momentarily turns CPM points on or off Also latches CPM points on and resets latched points Format CP...

Page 49: ...oint numbers individually with a comma between them as a group with a hyphen between them or use the word ALL Points operate during the time periods set by the options switches or programming See OPTI...

Page 50: ...to the default settings You must reset CPM options see OP TION command before you operate the control points if you want settings other than the default Example CPM 1 LONG 200 If CPM points default to...

Page 51: ...MAT number DEF Remarks The command CPM Number DEF changes the S E and L time options on the CPM relays The command MAT number DEF changes the MAT A B C and D alarm level option settings The command do...

Page 52: ...lay time type a number between 128 and 255 A delay of 128 equals 500 milliseconds A delay of 255 equals one second Once a delay time is set you cannot reset the delay to zero To return the delay time...

Page 53: ...ccept commands that change system configuration acknowledge alarms or set control points Format LOCK LOG Purpose Reports the logging feature as on or off Turns the logging feature on or off Format LOG...

Page 54: ...ts a device or devices in or out of service Format MAT number ON data rate CPM number ON data rate TBOS number ON data rate MAT number OFF CPM number OFF TBOS number OFF Remarks The ON command followe...

Page 55: ...The OPT command displays the MAT alarm level option settings and CPM control point options The MAP memory maintains the listed settings and the settings are not necessarily the same as the device opti...

Page 56: ...risks displays instead of the word This feature prevents an unauthorized person from seeing the pass word on the screen and adds to the security of the password Maximum length is seven characters Some...

Page 57: ...baud 9600 Master Port DCP S Responder Master Port Baud 1200 Esys Mode is ON DCP S Map Id 1 RESET Purpose Resets the system Format RESET Remarks The command RESET tells the MAP to restart operation It...

Page 58: ...Remarks If Smart MACs are connected to the MAP the STATUS com mand gives the status of the Smart MACs themselves not the status of the devices connected to the Smart MACs SWITCHES Purpose Gives listin...

Page 59: ...y example above TB 5 1 has an unacknowledged D level alarm failure TB 5 2 has an acknowledged alarm failure that still exists and TB 5 3 has an unacknowledged D level that has returned to normal opera...

Page 60: ...ss TIME ON TIME OFF Remarks The command TIME displays the current time To set the time type TIME and then the hour minute second time in 24 hour format TIME ON turns on the time and date functions TI...

Page 61: ...ubassemblies 15 21 VDC 24 VDC 48 VDC 56 VDC HeatDissipation lessfirmwareand subassemblies 15 21 VDC 24 VDC 48 VDC 56 VDC Weight lesssubassemblies PhysicalDimensions OperatingTemperatureRange VALUE 21...

Page 62: ...ten instrument signed by a duly authorized officer of the Seller and accepted by the Buyer Warranty and remedies on products not manufactured by the Seller are in accordance with warranty of the respe...

Reviews:

No comments

Brands by name

Popular brands

Load more brands