Dantel 46210 Installation & Operation Manual Download Page 65

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46210/46220-0998 <90-00036>

AGE

TECHNICAL SPECIFICATIONS

DESCRIPTION

Input Voltage Range
Input Fuse
Input Current (does not include communications subassembly)

46210-00

@ -21 VDC
@ -24 VDC
@ -48 VDC
@ -56 VDC

46220-00

@ -21 VDC
@ -24 VDC
@ -48 VDC
@ -56 VDC

46220-01

@ -21 VDC
@ -24 VDC
@ -48 VDC
@ -56 VDC

Heat Dissipation (does not include communications subassembly)

46210-00

@ -21 VDC
@ -24 VDC
@ -48 VDC
@ -56 VDC

46220-00

@ -21 VDC
@ -24 VDC
@ -48 VDC
@ -56 VDC

46220-01

@ -21 VDC
@ -24 VDC
@ -48 VDC
@ -56 VDC

Control Relays (46220-00/-01 only)

Contact Type
Contact Ratings

Data Rates (selectable)
Weight
Physical Dimensions
Operating Temperature Range

VALUE

-21 to -56 VDC

1 Amp., GMT Type

192 mA (max)
182 mA (max)
151 mA (max)
140 mA (max)

500 mA (max)
470 mA (max)
395 mA (max)
390 mA (max)

350 mA (max)
335 mA (max)
280 mA (max)
275 mA (max)

16.5 Btu/Hr
16.4 Btu/Hr
21.3 Btu/Hr
28.7 Btu/Hr

35.8 Btu/Hr
36.8 Btu/Hr
99.9 Btu/Hr

137.6 Btu/Hr

25.1 Btu/Hr
34.4 Btu/Hr
60.6 Btu/Hr
80.3 Btu/Hr

Single Form-C, Dry Contact

Max. 1 Amp @ 24 VDC

Max. 0.5 Amp @ 120 VAC

300, 1200, 2400, 9600 baud

3.0 lbs.

7.9"W x 5"D x 4.5"H

0° to 55° C.

ECHNICAL

PECIFICATION

- 46210/46220 S

MART

LOCKS

Summary of Contents for 46210

Page 1: ...nc Dantel is a registered trademark of Dantel Inc ISO 9001 Registered Printed in the U S A INSTALLATION OPERATION MANUAL 46210 46220 0998 90 00036 46210 ALARM BLOCK 46220 ALARM AND CONTROL BLOCK About...

Page 2: ...select the following Data rate baud Method of alarm reporting Protocol TBOS display size Beginning TBOS display DCP DCPF or DCM address Length of time for operating relays WARNING When connecting or...

Page 3: ...TO 1 OR 2 16 BIT MICROPROCESSOR AND ASSOCIATED CIRCUITRY POWER SUPPLY LED DISPLAY AUXILIARY PORT RS 422 MASTER PORT RS 422 485 AUXILIARY PORT RS 422 485 MASTER PORT OPTIONAL SUBASSEMBLY 202 MODEM OR...

Page 4: ...learance below the unit If it is not possible to meet the criteria above refer to Installa tion in Limited Space in this chapter TOOLS REQUIRED Installing the 46210 46220 unit may require one or more...

Page 5: ...46210 46220 0998 90 00036 PAGE 5 FIG 2 INSTALLING CARRIAGE BOLT INSTALLATION FIG 3 MOUNTING HOLE LOCATIONS A B E F G H D C Mounting Hole Locations Mounting Hole Locations 7 1 2 1 3 8...

Page 6: ...face 2 Hold the sides of the unit and pull out to separate the circuitry section from mounting chassis refer to Fig 5 For each mounting hole 3 Place a lockwasher on a pan head screw refer to Fig 6 4 P...

Page 7: ...SEPARATING 46210 46220 FROM MOUNTING CHASSIS INSTALLATION 462xx xxREV____ WARNING REMOVEfuse beforeremoving orinsertingmodule Usewriststrap ESDSENSITIVEDEVICE POWER ALARM uP LED MSTR AUX GREEN RCV RE...

Page 8: ...ing chassis refer to Fig 5 3 Install the chassis as explained in Equipment Rack Mounting or Distribution Frame Mounting 4 Set the switches and straps on the circuit boards as described in this chapter...

Page 9: ...INSTALLATION 462xx xxREV____ WARNING REMOVEfuse beforeremoving orinsertingmodule Usewriststrap ESDSENSITIVEDEVICE POWER ALARM uP LED MSTR AUX GREEN RCV RED XMT Front View Place Thumb Here Side View 2...

Page 10: ...ont panel LEDs to indicate transmit and receive data activity on the master and auxiliary ports or Place the strap across pins 2 and 3 if you want the front panel LEDs to indicate transmit and receive...

Page 11: ...the straps across pins 1 2 and 3 4 to adjust the transmit out put between 20 and 40 dBm 6 If the unit is equipped with an RS 232 subassembly set strap X1 refer to Figs 9 and 11 Place the strap across...

Page 12: ...PAGE 12 46210 46220 0998 90 00036 FIG 11 RS 232 SUBASSEMBLY COMPONENT LOCATION INSTALLATION P10 1 REV A80 00508 00 P8 1 Thru On 1 1 Thru On X2 X1...

Page 13: ...3 S 4 3 S l o r t n o C g n i m i T 2 3 7 1 s t n i o P M P C F F O F F O N O N O F F O N O F F O N O d e p p i u q E t o N t r o h S d n o c e S 3 h c t a L g n o L d n o c e S 3 5 3 S g n i h c t a...

Page 14: ...P 2 9 1 l l A F F O F F O N O N O F F O F F O N O N O F F O F F O N O N O F F O N O F F O N O F F O N O F F O N O F F O N O F F O N O d e s U t o N F F O l o c o t o r P t r o P s n o i t a c i n u m...

Page 15: ...g u o r h t e h t t e s o t 6 1 g i F o t r e f e r t i n u S A D r e n n a c S m r a l A l a t i g i D a o t d e r i w g n i e b s i 0 2 2 6 4 0 1 2 6 4 e h t f I E T O N 1 S n o s e h c t i w s 1 1...

Page 16: ...138 164 190 216 242 139 165 191 217 243 140 166 192 218 244 141 167 193 219 245 12 38 64 90 116 13 39 65 91 117 14 40 66 92 118 15 41 67 93 119 16 42 68 94 120 142 168 194 220 246 143 169 195 221 247...

Page 17: ...f the DCM protocol Thus the highest starting address for a 256 point block would be 113 113 through 128 16 ad dresses If an address higher than 113 is used addresses above 128 will not be polled The f...

Page 18: ...oss pins 1 2 to leave the master port receive input unterminated or Place the strap across pins 2 3 to terminate the master port re ceive input This is the default position NOTE If the 46210 46220 has...

Page 19: ...until instructed 2 Wire an external fuse alarm indicating device such as a light or bell to the ALM output of TB1 optional When the fuse fails the external device operates as well as the ALARM LED on...

Page 20: ...E F G H J K L M N P and R S 7 Wire the master and or auxiliary ports at column 32 refer to Fig 15 or the template inside the plastic cover If no communications subassembly is used pins A D are the aux...

Page 21: ...RTS GND J K L M N P R S OPTIONS RS 422 Aux Port RS 422 RS 485 Master Port 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 81 9 20 2 12 2 2 3 24 25262728 2930 3132 A B C D E F G H J K L M N P R S A...

Page 22: ...V RCV XMT XMT RCV RCV XMT XMT RS 422 AUX PORT RS 422 MASTER PORT 46210 46220 UNIT 2 DISPLAYS 1 4 Note Display 1 must be in the unit the furthest from the DAS unit RCV RCV XMT XMT RCV RCV XMT XMT RS 42...

Page 23: ...it level The modem must be connected to another modem at the other end of the communications line Open the 46210 46220 and locate the subassembly on the power supply board Place S1 in the TEST positio...

Page 24: ...202 MODEMSUBASSEMBLY COMPONENT LOCATION 3 Generate one or more alarms and verify that they are reported correctly to the alarm reporting equipment 4 Clear the alarms and verify that they are reported...

Page 25: ...roprocessor is operating MSTR Blinks green when the master port is receiving data and red when it is transmitting data AUX Blinks green when the auxiliary port is receiving data and red when it is tra...

Page 26: ...that board s alarms Connect a dumb terminal or personal computer operating as a dumb terminal to the master port for maintenance purposes Refer to the Printer Syntax chapter To replace the fuse 1 Ope...

Page 27: ...210 46220 0998 90 00036 PAGE 27 FIG 21 PULLING DOWN POWER SUPPLY AND CPU BOARDS FIG 22 POWER SUPPLY BOARD COMPONENT LOCATION OPERATION F1 TB1 P1 S1 S2 S3 AUX LED 1 3 48 ALM GND RS 232 OR 202 SUBASSEMB...

Page 28: ...U P C y l p p u S r e w o P 0 0 0 1 2 6 4 0 0 4 3 0 6 4 5 1 A A A 1 9 0 0 Q M M R d r a o B U P C y l p p u S r e w o P 0 0 0 2 2 6 4 0 0 5 3 0 6 4 5 1 A A A 1 7 0 0 Q M M R d r a o B U P C y l p p u...

Page 29: ...23 OPENING THE 46210 46220 SUBASSEMBLY REPLACEMENT 462xx xxREV____ WARNING REMOVEfuse beforeremoving orinsertingmodule Usewriststrap ESDSENSITIVEDEVICE POWER ALARM uP LED MSTR AUX GREEN RCV RED XMT Fr...

Page 30: ...d CPU boards back into place 7 Rotate the unit in the mounting chassis to gain access to the back of the unit and remove the four screws that hold the subassembly to the chassis refer to Fig 25 After...

Page 31: ...s in the old board 13 Put the two halves of the replacement board back together ensur ing that all the pins seat correctly Secure with its six screws 14 Install the new subassembly using the original...

Page 32: ...wn from the other cir cuitry refer to Fig 24 3 Remove power by pulling out the fuse The power connector at TB1 does not need to be disconnected 4 Refer to Fig 26 for the location of the Interface Boar...

Page 33: ...fuse installed This may damage the unit Reinstall the power connector at TB1 first then reinstall the fuse 13 Push the power supply and CPU boards into place 14 Close the unit 15 Verify proper operati...

Page 34: ...tom panel 11 Reconnect the ribbon cables to the power supply and CPU boards 12 Reinstall the fuse WARNING Do not reconnect the power connector at TB1 with the fuse installed This may damage the unit R...

Page 35: ...r personal computer operating as a dumb terminal must be connected to the RS 232 master port connections If the 46210 46220 is not equipped with an RS 232 interface one must be installed To install an...

Page 36: ...he fuse refer to Fig 30 The power connector at TB1 does not have to be disconnected 4 On the power supply board the top board remove the 202 subas sembly or the subassembly bypass module refer to Fig...

Page 37: ...sconnect any wiring at the RS 232 master port connections Re fer to the template inside the plastic cover for the master port wir ing connections 9 Connect the transmit data of the dumb terminal to th...

Page 38: ...instructions on setting up a password 5 Terminal program started To use a Status Monitor The protocol of the 46210 46220 must be DCPF To set the switches open the 46210 46220 refer to Fig 28 and pull...

Page 39: ...s s e r p d n a l r t C n w o d d l o H e c a p s k c a B r o y e k e c a p s k c a b s s e r P H s s e r p d n a l r t C n w o d d l o H e n i l s u o i v e r p l l a c e R e g a s s e m r o r r e n...

Page 40: ...R Query or Q Reset RST SG M or MAT Switches DIPS System SYS Terminology TERMI OUTPUT MESSAGES Whenever there is a change of status of an alarm point or a change in the status of a device a report will...

Page 41: ...subgroups of alarms The 46220 01 has 12 subgroups Control points also are divided into subgroups of 16 points each the same as alarm subgroups 1 4 in Table F The dumb termi nal uses the term CPM when...

Page 42: ...ACK CPM applies only to the control point subgroup s specified can be a range of subgroups from 1 through 16 or the word ALL Here are examples CPM 4 Control subgroup 4 control points 49 64 SG 10 Alarm...

Page 43: ...ll on or off Output Response Only the BELL command gives a response and that is to report if the bell is on or off CPM POINT ACTIVATE Purpose Operates a control point Format CPM ACTIVATE point number...

Page 44: ...t 5 in sub group 2 CPM POINT CLEAR Purpose Resets a control point Format CPM CLEAR point number Remarks can be a range of subgroups from 1 through 4 or the word ALL Here are examples CPM 4 Control sub...

Page 45: ...through 4 or the word ALL Here are examples CPM 4 Control subgroup 4 control points 49 64 CPM 3 Control subgroups 1 3 control points 1 48 CPM 2 Control subgroups 2 4 CPM 2 3 Control subgroups 2 3 CPM...

Page 46: ...etween them or as a group with a hyphen between them or use the word ALL range can be from 1 through 16 The DLON command latches control points on The DLOF command resets the latched points The DMON c...

Page 47: ...between them or use the word ALL range can be from 1 through 16 Input Example CPM 2 RLS 3 5 Output Response CPM 2 POINT 3 RELEASE CPM 2 POINT 5 RELEASE This example would release control points 19 and...

Page 48: ...point number s The following command executes the above commands CPM EXE or EXECUTE Remarks This group of commands overrides momentary latching settings of switch S3 can be a range of subgroups from...

Page 49: ...PM 2 POINT 5 OPERATE This example would latch on control points 17 19 and 21 points 1 3 and 5 of subgroup 2 CPM POINT SET Purpose Operates points at the CPM s Format CPM SET point number s Remarks can...

Page 50: ...LONG time CPM SHORT time CPM PERIOD point number time Remarks can be a range of subgroups from 1 through 4 or the word ALL Here are examples CPM 4 Control subgroup 4 control points 49 64 CPM 3 Contro...

Page 51: ...short operation see OPTION command must be reset before operating the control points if something different from the switch settings is desired The command CPM PER sets a unique time period for momen...

Page 52: ...ter out spurious alarms The delay can be set for either 200 or 500 milliseconds Format DELAY SG DELAY 200 SG DELAY 500 Remarks The command DELAY shows whether the delay is set for 200 or 500 milliseco...

Page 53: ...200 ms SG 11 200 ms SG 12 200 ms SG 13 200 ms SG 14 200 ms SG 15 200 ms SG 16 200 ms DISPLAY Purpose Displays the status of alarms as stored in the 46210 46220 s memory Format DISP Remarks can be a r...

Page 54: ...porting is used for both alarms and control points To determine if displays are for alarms or control points see the PROVISIONING command which lists the memory displays where alarm and control point...

Page 55: ...LOG ON command turns logging on Whenever there is a change of status of an alarm point a report will be issued A report also will be issued when there is a device failure The LOG OFF command turns log...

Page 56: ...or the control points L stands for latched points E means extended momentary time period three seconds S is for short momentary time period 300 millisec onds and M is for a unique time period The comm...

Page 57: ...rks Entry is followed by a query for a new password If an old password exists it must be entered before setting a new one As the password is entered asterisks appear on the screen to safeguard the ide...

Page 58: ...emarks The command PROV gives a report on all the alarm and control point subgroups The commands SG PROV and CPM PROV give a report on the subgroups specified can be a range of subgroups from 1 throug...

Page 59: ...l points the level is always D For more informa tion on the displays see the DISPLAY command QUERY Purpose Gives a report of the 46210 46220 s configuration Format QUERY Input Example QUERY Output Res...

Page 60: ...SG ALL All alarms After REVERSE can be a range of points from 1 through 16 See the examples above Input Example SG 1 REVERSE Output Response SG INPUT REVERSE SG 1 REVERSES Input Example SG 9 REVERSE...

Page 61: ...to the beginning of Input Com mands for more information Format RTUSG MODE RTUSG MODE ON RTUSG MODE OFF Remarks The command RTUSG MODE displays whether the mode is on or off When it is ON alarms will...

Page 62: ...ups in the system The other commands show the status of the subgroups specified Input Example SYSTEM Output Response LIST SYSTEM SG 1 FA F FB SG 2 FAIL SG 3 NC CPM 1 CD OD C The display for alarm subg...

Page 63: ...or more information Format TERMINOLOGY TERMINOLOGY SG Output Response Only the command TERMINOLOGY gives a response and that is to show if the terminology is to be displayed as SG or MAT TIME OUT Purp...

Page 64: ...46210 46220 so it will accept password protected commands see PASSWORD command Format UNLOCK Remarks If a password has been set it will be requested before the system can be unlocked Input Example UN...

Page 65: ...DC 56 VDC Control Relays 46220 00 01 only Contact Type Contact Ratings Data Rates selectable Weight Physical Dimensions Operating Temperature Range VALUE 21 to 56 VDC 1 Amp GMT Type 192 mA max 182 mA...

Page 66: ...tten 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 resp...

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