Pelco ALM2064 User's Manual
Contents
1. NO ALARM NORMAL NORMALLY CLOSED ALARM CONDITION ALARM CONDITION V wv V ALM x ALM UNIT 10K UNIT 10K 10K GND GND GND CUT WIRE NO ALARM NORMAL NORMALLY OPEN ALARM CONDITION ALARM CONDITION V V V i ALM ALM UNIT UNIT 10K Onir 10K GND GND CUT WIRE SUPERVISED GROUP ALARM WIRING CONDITIONS SUPERVISED NORMALLY OPEN SUPERVISED NORMALLY CLOSED 1 1 Y T O 10K J 2 10K H Lo 3 3 A 4 10K t 4 10K 5 5 oo 6 4 10K J 6 10K Lo T 7 h 8 10K 8 10K E 9 9 o 10 10K 10 10K 11 11 i 12 10K 12 10K 13 10K i 10K UNUSED 14 c UNUSED INPUTS INPUTS 15 TOK MUST ALSO 15 TOK MUST ALSO 16 BE WIRED 16 j N S SENE BE WIRED 00711 Figure 6 Supervised Alarm Input Wiring C1517M A 11 02 UNSUPERVISED MODE This wiring mode is easily defeated and should not be used in critical situations For example if you wire an alarm as unsupervised and normally open and a wire is cut the alarm does not go off If wiring for a normally open condition unused inputs can be left unwired If wiring for a normally closed condition unused inputs must be shorted Refer to Figure 7 UNSUPERVISED MODE CONSIDERATIONS INDIVIDUAL ALARM WIRING CONDITIONS NO ALARM NORMAL NORMALLY CLOSED ALARM CONDITION ALARM CONDITION V AL2. 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 OFF ON 0 1 Continued on next page C1517M A 11 02 16 DIP Switch 1 Address 90 91 92 93 94 95 96 97 98 99 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 DIP Switch Address 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 OFF ON 0 1 C1517M A 11 02 17 ELECTRICAL Input Voltage Power Data Ports Diagnostic Input Output ndicators Fusing Relay Ou
3. 1 DB9 IN CONNECTOR RS 232 PORT 0 INPUT POWER TERMINALS FUSE ON OFF SWITCH 00707 Figure 2 Rear View of ALM2064 INSTALLATION The following items are supplied e ALM2064 Alarm Interface Unit e 120VAC power cord e 220VAC power cord MOUNTING e Pelco screwdriver e 4410 screws with nylon washers e 10 foot 3 m straight RJ 45 cable 8 conductor Install the alarm unit in a 19 inch 48 26 cm rack The unit occupies one rack unit 1 75 inches or 4 45 cm of space You can mount the alarm unit to something other than a standard 19 inch rack by relocating the rack ears to another location STANDARD 19 INCH 48 26 CM RACK MOUNT CONNECTING TO THE CM6800 ALARM ALM2064 ALARM INTERFACE UNIT MADE IN USA 00708 Figure 3 Rack Mount Installation Connect the supplied RJ 45 straight cable from the ALM2064 OUT port to the CM6800 COM 3 port The active pin outs are associated with the four outer pins 1 2 7 and 8 Refer to Figure 4 If you want to place the alarm unit some distance from the CM6800 the RS 485 communication from the alarm unit to the controller should not exceed 4 000 feet 1 219 m You need an RJ 45 wall block terminal part number CON12J008Z03G0Z if operating from a remote site To cascade two alarm units connect a straight cable from the OUT port of the second alarm unit to the IN port of the first alarm unit The first unit is the one you connect
4. Off Of Of Of Of Off Of 8 On On On Off Off Off Of Of Off Of 9 Of Off Off On Of Of Of Of Off Of 10 On Off Off On Of Of Of Of Off Of 11 Of On Off On Off Of Of Of Off Of 12 On On Off On Off Of Of Of Off Of 13 Of Off On On Of Of Of Of Off Of 14 On Off On On Off Of Of Of Off Of 15 Of On On On Of Of lt lt Off 16 On On On On Off Off Off 1 2 3 4 5 6 7 8 E B F SERIAL PORT 1 BEGIN ALARM RANGE ALARM GROUP 33 64 LOCAL DEVICE ADDRESS NOT USED OFF BAUD RATE 1200 OFF OFF OFF 2400 ON OFF OFF 4800 OFF ON OFF 9600 ON ON OFF 19200 OFF OFF ON 38400 ON OFF ON 57600 OFF ON ON 115200 ON ON ON N O NORMALLY OPEN N C NORMALLY CLOSED SUP SUPERVISED UNSUP UNSUPERVISED 1 64 OFF OFF OFF 65 128 ON OFF OFF 129 192 OFF ON OFF 193 256 ON ON OFF 257 320 OFF OFF ON 321 384 ON OFF ON 385 448 OFF ON ON 449 ON ON ON N O UNSUP OFF OFF N C UNSUP OFF ON SUP ON OFF DEFAULT N O ON ON DIAGNOSTICS OFF DEFAULT SETTINGS LOCAL DEVICE ADDRESS 1 DIP SWITCH 9 OFF DIP SWITCH 10 ON NOTE REFER TO APPENDIX AFOR SETTING EACH DEVICE ADDRESS 1 253 ALARM GROUP 1 32 N O UNSUP OFF OFF N C UNSUP OFF ON SUP ON OFF DEFAULT N O ON ON DEFAULT SETTINGS BAUD 19200 ALARM RA
5. STAND BY MODE OPERATION AT ABOUT 2 5 V AT POINT A IF CURRENT FLOW STOPS VOLTAGE RISES TOWARD 5 V AT POINT A AND AN ALARM CONDITION IF A NORMAL ALARM CONDITION OCCURS AND THE TRANSISTOR CONDUCT SWITCH CLOSES A SHORT OCCURS AND POINT A FALLS TOWARD OV AND AN ALARM CONDITION INPUT VOLTAGE NOTE PIN S REFER TO TYPICAL HEADER ALARM INPUT S ON MATING PLUGS I I A NOTE THE TIME DURATION OF THE INPUT CONTROL WIRING SIGNAL MUST BE x SIDE GREATER THAN s OR EQUAL TO POINTA 50 ms VOLTAGE DIVIDER Z 50 ms NETWORK HIGH ALARM LOW STAND BY MODE u Processor CCIRCUITRY TIL CMOS EXTERNAL CONTROL NORMAL CURRENT FLOW NO ALARM UNSUPERVISED NORMALLY OPEN FOR UNSUPERVISED NORMALLY OPEN OPERATION TRANSISTOR S THE SWITCH IS BIASED FOR NON CONDUCTION AND POINT A RESIDES CLOSE TO 5 V IF AN INPUT CONTROL SIGNAL OF SUFFICIENT DURATION TURNS THE TRANSISTOR FOR ALARM ACTIVATION OR IF THE LINE IS SHORTED POINT A WILL FALL TOWARD 0 V AND AN ALARM CONDITION PONA 1 NOTE PIN 4 5 REFER TO TYPICAL HEADER ALARM INPUT 4 5 ON MATING PLUGS 1 I 1 1 1 1 1 I j EQUIPMENT SIDE NOTE THE TIME DURATION ALARM AVIRING SIDE OF THE INPUT CONTROL SIGNAL MUST BE S POINTA GREATER THAN OR EQUAL TO 50 ms HIGH ALARM LOW ST
6. to the CM6800 CM6800 COM 3 RJ 45 PIN OUTS 1 Rx 2 Rx 3 NC 4 NC 5 GROUND 6 NC 7 Tx 8 Tx RJ 45 PIN OUTS COM 3 DEFAULT SETTINGS M RS 485 19200 BAUD NO PARITY 8 DATA BITS 1 STOP BIT STRAIGHT CABLE SUPPLIED ALM2064 RS 485 STRAIGHT CABLE ALM2064 CONNECT THROUGH THE OUT PORT Figure 4 Connection to the CM6800 C1517M A 11 02 WIRING ALARMS All alarm wiring takes place using the four groups of connectors located on the rear of the alarm unit The alarm unit has four groups of inputs Each group represents 16 alarm inputs Group 1 8 9 16 Group Il 17 24 25 32 Group Ill 33 40 41 48 Group IV 49 56 57 64 Each of the four groups of wired alarm inputs are classified into modes or contact types supervised and unsupervised This is important for the following reasons 1 The operational mode supervised or unsupervised for each 32 input group is determined solely by the DIP switch positions of SW1 Refer to Figure 5 2 Integrating supervised and unsupervised wiring modes within the same group is not allowed 3 In unsupervised mode it is not possible to have alarms wired for both normally open and normally closed operation in the same alarm group 4 If wiring a group of alarm inputs as supervised no unwired inputs are allowed as this would result in a c
7. up The right side of the front panel includes the red alarm LED When the light is a solid red the alarm unit is online When the light is off the unit is offline In any valid alarm condition this light starts blinking and only stops when the alarm is no longer active When you remove the front panel you have access to a reset button and configuration DIP switches ALARM 6 ALM2064 ALARM INTERFACE UNIT MADE IN USA Figure 1 Front View of ALM2064 4 C1517M A 11 02 REAR VIEW The rear of the alarm unit includes the following F Sy O Ps GS PS C1517M A 11 02 Four groups of alarm inputs labeled Il and IV with removable mating plugs One alarm output relay One RS 485 output communication port RJ 45 connector One RS 485 input communication port RJ 45 connector One RS 232 diagnostic communication port DB9 connector A green power LED light which mirrors the green LED light on the front panel The grouped input power functions consisting of input power terminals a fuse and an on off switch POWER o LED GREEN 0 oO 1 SEE FIGURE 8 wi ALARM GROUP 1 16 SHOWN WITH MATING PLUGS ALARM GROUP 17 32 ALARM GROUP 33 48 ALARM GROUP 49 64 ALARM OUTPUT RELAY RJ 45 OUT CONNECTOR RS 485 PORT 1 RJ 45 IN CONNECTOR RS 485 PORT
8. 16 ASSOCIATED ADDITIONAL MATING PLUGS SUPPLIED ALARM INPUT WIRING SLOTS GND INPUT FOR EACH ALARM INPUT GROUP NOTE THE MATING PLUGS HAVE BEEN NUMBERED 1 16 17 32 FOR DISCUSSION PURPOSES MATING PLUG MATING PLUG HEADER PIN ALARM INPUT HEADER PIN ALARM INPUT Figure 8 Alarm Input Connectors ojlo NID A G A G A G A G A G A G A G A 00713 C1517M A 11 02 WIRING EXTERNAL ALARM INPUTS USING ANALOG CIRCUITRY Figure 9 summarizes what is required in supervised and unsupervised modes to wire external alarm inputs using analog TTL CMOS circuitry rather than alarms SUPERVISED NORMALLY CLOSED FOR SUPERVISED NORMALLY CLOSED OPERATION TRANSISTOR S THE SWITCH IS BIASED FOR CONDUCTION AND IN SERIES WITH ITS 10K COLLECTOR RESISTOR WHICH FORMS A VOLTAGE DIVIDER NETWORK WITH THE INTERNAL 10K RESISTOR ON THE EQUIPMENT SIDE LEAVING POINT A AT ABOUT 2 5 V OR IN THE MIDDLE OF THE STAND BY MODE VOLTAGE RANGE SHOWN IN THE ALARM DIAGRAM A HIGH CONTROL SIGNAL TTL GREATER THAN 50 ms DURATION WILL ACTIVATE NORMAL STAND BY MODE ANYTHING THAT CAUSES THE TRANSISTOR TURN OFF EFFECTIVELY AN OPEN OR A LOW CONTROL SIGNAL WILL RESULT IN AN ALARM CONDITION AS POINT A WILL GO FROM 2 5 V TOWARDS 5 V AND AN ALARM CONDITION SIMILARLY A SHORTED CONDITION WILL CAUSE THE VOLTAGE TO DROP TOWARD 0 V AND AN ALARM CONDITION NOTE PIN 59 REFER TO TYPICAL HEADER
9. ALARM INPUT 4 5 ON MATING PLUGS NOTE THE TIME DURATION OF THE INPUT CONTROL WIRING SIDE SIGNAL MUST BE N GREATER THAN OR EQUAL TO S POINTA VOLTAGE DIVIDER NETWORK INPUT VOLTAGE EQUIPMENT SIDE BY u Processor gt 50 ms HIGH STAND BY MODE LOW ALARM S TIL CMOS EXTERNAL i 10K GND CONTROL NORMAL CURRENT FLOW NO ALARM gt CIRCUITRY UNSUPERVISED NORMALLY CLOSED FOR UNSUPERVISED NORMALLY CLOSED OPERATION TRANSISTOR S THE SWITCH IS BIASED FOR CONDUCTION AND POINT A RESIDES CLOSE TO 0 V IF THE TRANSISTOR IS BIASED TO THE OFF STATE OR IF THE LINE IS CUT TO STOP CURRENT FLOW POINT A WILL RISE TOWARD 5 V AND AN ALARM CONDITION NOTE PIN S REFER TO TYPICAL HEADER ALARM INPUT 45 ON MATING PLUGS lt 7 PONTA OV DURATION OF INPUT CONTROL 7 SIGNAL MUST BE GREATER TOAN ALARM WIRING SIDE OR EQUAL TO 50 ms PONTA INPUT VOLTAGE EQUIPMENT SIDE HIGH STAND BY MODE LOW ALARM S TILCMOS re EXTERNAL GND CONTROL C1517M A 11 02 GND NORMAL CURRENT FLOW u Processor CIRCUITRY SUPERVISED NORMALLY OPEN FOR SUPERVISED NORMALLY OPEN OPERATION TRANSISTOR S THE SWITCH IS WIRED IN PARALLEL WITH A 10K EXTERNAL RESISTOR WHICH AGAIN PROVIDES A VOLTAGE DIVIDER NETWORK FOR NORMAL NO ALARM
10. AND BY MODE Processor CIRCUITRY CONTROL 10K TIL CMOS EXTERNAL l GND Figure 9 TTL CMOS External Alarm Wiring 00714 RELAY OUTPUT WIRING The alarm unit activates the relay when a valid alarm condition is sensed To wire the relay output you must do the following 1 Remove the mating plug from the relay output connector 2 Place the wires into the relay out wiring slots 3 Tighten the screws to secure the wires NOTE Refer to the REL2064 Installation Operation Manual for instructions on wiring relays to peripheral equipment SETTING THE DIP SWITCHES RELAY SCREW TERMINALS 2 3 ON MATING PLUG MATING PLUG NO ALARM CONDITION RELAY OUT WIRING SLOTS ALARM CONDITION SENSED age NC 1 2 COMMON 2 3 NO 3 o 1 NC 1 pans 2 COMMON 2 3 NO 3 DEFAULT RELAY WIRING 4 PINS 1 AND 2 ARE NORMALLY CLOSED MATING PLUG PINS 2 AND 3 ARE NORMALLY OPEN 00715 Figure 10 Relay Output Connector The positioning of the DIP switches for SW1 and SW2 determines how your alarm unit operates You are able to set the baud rate alarm range alarm group and mode and local device address NOTE You must recycle power if you make changes to the DIP switches after the alarm unit has been turned on 1 Remove the front panel by unscrewing the five flat head Phillips screws Refer to
11. Figure 11 2 Set the DIP switches Refer to Tables A and B and Figures 12 and 13 3 Replace the front panel Figure 11 Front Panel Removal RESET SWITCH ACCESS ALM2064 ALARM INTERFACE UNIT MADEINUSA DIP SWITCH 1 DIP SWITCH 2 Figure 12 DIP Switch Location 00717 C1517M A 11 02 Table A Switch 1 SW1 Communications Alarm Type Selection Baud Alarm Range Alarm Mode 1 32 33 64 1200 0f 0f Off 1 64 Of Of Off Norm Open 2400 On of Off 65 128 On Off Off Unsupervised Off Off Off Off 4800 Of On Off 129 192 Of On Off Norm Closed 9600 On On Off 193 256 On On Off Unsupervised Off On Off On 19200 Of Of On 257 320 Of Of On i Supervised 38400 On Of On 321 384 On Of On i One g 57600 B 148 On Default to On On On On 115200 On Norm Open The alarm modes default to normally open when DIP switches 7 10 are set to an invalid condition all On Table B Switch 2 Address SW2 Address 1 Of Off Off Off Of Of Of Of Off Of 2 On Off Off Off Off Of Of Of Off Of 3 Of On Off Off Of Of Of Of Off Of 4 On On Off Off Of Of Of Of Off Of 5 Of Off On Off Off Of Of Of Off Of 6 On Off On Off Off Of Of Of Off Of 7 Of On On
12. INSTALLATION OPERATION ALM2064 Alarm Interface Unit C C1517M A 11 02 CONTENTS Section Page IMPORTANT SAFEGUARDS AND WARNINGS thirnean assent es ated arn ce Sanapa chanel faa pales insan 3 DESCRIPTION FRONT VIEW REAR VIEW INSTALLATION a GONNEGTING TOTHE GMG800 cranes a Eai WIRING ALARMS MAKING ALARM CONNECTIONS WIRING EXTERNAL ALARM INPUTS USING ANALOG CIRCUITRY 1 RELAY OUTPUT WIRING SETTING THE DIP SWITCHES U u E aaa hua 2 OPERATION asas aaa ananas amasisa ass 4 TROUBLESHOOTING u u 5 aati 6 SPECIFICATIONS is L hawata Sa A Da ata s 8 REGULATORY NOTICES 9 WARRANIY AND RETURN INFORMATION uuu 9 LIST OF ILLUSTRATIONS Figure Page Front WieW OAEM2064 a san ele vu ca hf teas a a bk eee vg ented Meare eee es Rear View of ALM2004 2u au scare Rack
13. M UNIT GND CUT WIRE 7 NO ALARM NORMAL V NORMALLY OPEN ALARM CONDITION NO ALARM CONDITION amp V Vo ALM UNIT ALM ALM UNIT UNIT GND GND GND CUT WIRE NEVER WILL BE AN ALARM CONDITION HERE UNSUPERVISED GROUP ALARM WIRING CONDITIONS UNSUPERVISED NORMALLY OPEN UNSUPERVISED NORMALLY CLOSED 1 1 2 2 3 3 4 oO a 5 5 6 6 5 ____J 7 7 8 8 10 10 11 N J 11 12 12 13 13 14 UNUSED 14 UNUSED INPUTS INPUTS 15 MAY BE LEFT 15 MUST BE 16 UNWIRED 16 SHORTED 00712 Figure 7 Unsupervised Alarm Input Wiring C1517M A 11 02 MAKING THE ALARM CONNECTIONS Each of the four groups contains two connectors with input mating plugs he top of each mating plug has 16 screw terminals and the front has 16 pins The figure below indicates how the pins alternate between alarm inputs and their associated GND ground input connection For example pins 1 and 2 are associated with alarm input 1 This applies to all four groups of alarm inputs Remove the mating plugs from the connectors to install the wiring The top connector of each group is for the first eight alarm inputs and the bottom connector is for the last eight alarm inputs The 16 screw terminals secure the alarm wires GROUP 1 ALARM INPUTS 1 16 WITH REMOVABLE MATING PLUGS SCREW TERMINALS ON EACH MATING PLUG MATING PLUG FOR INPUTS 1 8 ALARM MATING PLUG FOR INPUTS INPUTS 9
14. Mount Installation Connection to the CM6800 P Switch Settings for Supervised Unsupervised Modes Supervised Alarm Input Wiring aaa Unsupervised Alarm Input Wiring Alarm Input Connectors 9 TTL CMOS External Alarm Wiring 10 Relay Output Connector 11 Front Panel 0 8 P Switch Location 13 SW1 SW2 Functions 14 Power Input FUSE 15 au u A u aS uuu uuu I AE uu 16 2 64 6 5 0 0 8 8 1 O O1 C FN N J LIST OF TABLES Table Page A WITCHYS sacapstasrtaeeaspskua 13 B SIA O Ts at Sites asa DE E a os bela au Set A AOA NU ee 13 2 C1517M A 11 02 IMPORTANT SAFEGUARDS AND WARNINGS 1 Read keep and follow these instructions 2 Heed all warnings 3 There are no user serviceable parts inside this unit Only authorized service personnel may open the unit 4 Installation and servicing should only be done by qualifie
15. NGE 1 64 ALARM GROUPS N O C1517M A 11 02 00718 Figure 13 SW1 SW2 Functions OPERATION The function of the alarm unit is to physically monitor all alarm inputs for a change of state Green LEDs on the front and rear panels light when the power is turned on The red alarm LED indicates whether the unit is offline or online This light starts blinking in any valid alarm condition and only stops when the alarm is no longer active For supervised inputs the unit monitors each alarm input for a constant current through the wiring of the alarm circuit The alarm consists of either a 10 kohm resistor connected in series with a normally closed contact or a 10 kohm resistor connected in parallel with a normally open contact For unsupervised inputs the unit monitors each alarm input for a change of state from that previously defined by DIP switch positions as being normally open or normally closed A change from the defined state normally open to normally closed or normally closed to normally open activates an alarm condition The alarm unit activates the relay whenever a valid alarm condition is sensed If multiple alarm points are activated on a given alarm unit the relay remains engaged as long as any of these alarm conditions remain active C1517M A 11 02 TROUBLESHOOTING PROBLEM SOLUTION Why is the unit not operating as it should Make sure the power cord is plugged in and the power switch is turned on If the unit st
16. d service personnel and conform to all local codes 5 WARNING To reduce the risk of fire or electric shock do not expose this unit to rain or moisture if this unit is designed for indoor use only 6 Unless this unit is specifically marked as a NEMA Type 3 3R 35 4 4X 6 or 6P enclosure it is designed for indoor use only and it must not be installed where exposed to rain or moisture 7 Do not expose this unit to dripping or splashing Do not place objects filled with liquids such as vases on this unit 8 Do not block any ventilation openings Install in accordance with the manufacturer s instructions 9 The installation method and materials should be capable of supporting four times the weight of the unit and equipment 0 Do not install near any heat source 1 Only use attachments accessories specified by the manufacturer 2 Clean only with dry cloth 3 Do not defeat the safety purpose of the polarized or grounding type plug 4 Protect the power cord from being walked on or pinched particularly at plugs convenience receptacles and the point where they exit from the unit 5 Unplug this unit during lightning storms or when unused for long periods of time The product and or manual may bear the following marks This symbol indicates that dangerous voltage constituting a risk of electric shock is present within this unit CAUTION RISK OF ELECTRIC SHOCK This symbol indicates that there are important operati
17. ill fails to operate remove the front panel and press the reset button Make sure the DIP switch settings are correct Check the input power fuse You may need to replace it Refer to Figure 14 What is the DB9 port used for This port is used for diagnostics A technical support representative may ask you to enable this feature should a problem arise with the unit This port is not needed for the every day operation of the ALM2064 nssssssssssssssgs Figure 14 Power Input Fuse Replacement DB9 RS 232 MALE CONNECTOR PIN 2 RX IN PIN 3 TX OUT PIN 5 GND PIN 6 PIN 9 USE THIS PORT TO CONNECT FOR DIAGNOSTICS ONLY 00720 Figure 15 DB9 Pin Outs C1517M A 11 02 15 APPENDIX A DIP Switch 1 Address 63 64 65 66 67 68 69 70 71 72 73 74 75 76 7 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 02 03 04 05 06 07 08 09 20 21 22 23 24 DIP Switch Address 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37
18. inal version C1517M A 11 02 Updated manual to new format Revised Table A and updated Table B Pelco the Pelco logo Spectra Genex Esprit Camclosure and Legacy are registered trademarks of Pelco Copyright 2002 Pelco All rights reserved C1517M A 11 02 19 20 PELCO World Headquarters 3500 Pelco Way Clovis California 93612 USA USA amp Canada Tel 800 289 9100 Fax 800 289 9150 International Tel 1 559 292 1981 Fax 1 559 348 1120 www pelco com IS09001 Orangeburg New York Las Vegas Nevada Eindhoven The Netherlands Wokingham United Kingdom Montreal Canada C1517M A 11 02
19. ipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try and correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and the receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician for help WARRANTY AND RETURN INFORMATION WARRANTY Pelco will repair or replace without charge any merchandise proved defective in material or a warranty repair is required the Dealer must contact Pelco at 800 289 9100 or 559 292 1981 to workmanship for a period of one year after the date of shipment Exceptions to this warranty are obtain a Repair Authorization number RA and provide the following information as noted below Model and serial number Five years on Pelco manufactured cameras CC3500 CC3600 CC3700 and MC3500 MC3600 2 Date of shipment PO number Sales Order number or Pelco invoice number Series two years on all other cameras 3 Details of the defect or problem hree years on Genex Series multiplexers server and keyboard and 090 Series Camclosure Camera System f there is a dispute regarding the warranty of a product which does not fall under the warranty conditions wo years on 100 150 200 and 300 Series Camclosu
20. ng and DO NOT OPEN maintenance instructions in the literature accompanying this unit Please thoroughly familiarize yourself with the information in this manual prior to installation and operation FOR OUALIFIED SERVICE PERSONNEL ONLY 1 Only use replacement parts recommended by Pelco 2 After replacement repair of this unit s electrical components conduct a resistance measurement between line and exposed parts to verify the exposed parts have not been connected to line circuitry C1517M A 11 02 3 DESCRIPTION The ALM2064 Alarm Interface Unit provides alarm monitoring capability for up to 64 alarm inputs Using Pelco s proprietary M protocol the alarm unit communicates with Pelco s CM6800 matrix switcher via an RS 485 communication interface The alarm unit can be located remotely from the system controller and still communicate back to the central system when an alarm occurs Other features include the following e Multiple units can be cascaded to provide multiple alarm contact points on a single M port connection e Alarm inputs can be configured in two groups of 32 for supervised or unsupervised mode e The relay output activates when an alarm is triggered e The unit is powered by an auto ranging power supply e The unit occupies one rack unit 1 75 inches or 4 45 cm accommodating multiple types of mounting FRONT VIEW The left side of the front panel includes the green power LED light This light comes on at power
21. onstant alarm condition All unwired inputs should have a 10 kohm resistor wired across its input and associated GND connection Refer to Figure 6 5 If wiring a group of alarm inputs as unsupervised and normally closed no unwired inputs are allowed as this would also result in a constant alarm condition Alarm inputs not used must be shorted out between the alarm input and its associated GND connection Refer to Figure 7 SW1 SUPERVISED MODE ALM GROUP ALM GROUP 1 32 33 64 7 ON 9 ON 8 OFF 10 OFF SW1 UNSUPERVISED MODE ALM GROUP Lau GROUP 1 32 33 64 7 8 OFF OFF N O 9 10 OFF OFF N 00710 7 8 OFF ON N C 9 10 OFF ON N C Figure 5 DIP Switch Settings for Supervised Unsupervised Modes C1517M A 11 02 7 SUPERVISED M0DE Use this wiring mode if security is of utmost importance Alarm inputs wired in supervised mode maximize the detection of tampering by driving a constant current through a 10 kohm load If a deviation in the steady current occurs the alarm goes off Please note that unused inputs must also be wired Refer to Figure 6 SUPERVISED MODE CONSIDERATIONS INDIVIDUAL ALARM WIRING CONDITIONS
22. re Camera Systems stated above please include a written explanation with the product when returned wo years on all standard motorized or fixed focal length lenses wo years on Legacy CM6700 CM6800 CM8500 CM9500 CM9740 CM9760 Matrix DF5 Method of return shipment shall be the same or equal to the method by which the item was received by and DF8 Series Fixed Dome products Pelco wo years on Spectra Esprit and PS20 Scanners including when used in continuous motion applications RETURNS wo years on Esprit and WW5700 series window wiper excluding wiper blades n order to expedite parts returned to the factory for repair or credit please call the factory at 800 289 Eighteen months on DX Series digital video recorders 9100 or 559 292 1981 to obtain an authorization number CA number if returned for credit and RA One year except video heads on video cassette recorders VCRs Video heads will be number if returned for repair covered for a period of six months Six months on all pan and tilts scanners or preset lenses used in continuous motion applica All merchandise returned for credit may be subject to a 20 restocking and refurbishing charge tions that is preset scan tour and auto scan modes Goods returned for repair or credit should be clearly identified with the assigned CA or RA number and Pelco will warrant all replacement parts and repairs for 90 days from the date of Pelco freight should be prepaid Ship
23. to the appropriate address below shipment All goods requiring warranty repair shall be sent freight prepaid to Pelco Clovis California Repairs made necessary by reason of misuse alteration normal wear or accident If you are located within the continental U S Alaska Hawaii or Puerto Rico are not covered under this warranty Service Department Pelco Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from the 3500 Pelco Way specific use or application made of the Products Pelco s liability for any claim whether based on Clovis CA 93612 5699 breach of contract negligence infringement of any rights of any party or product liability relating to the Products shall not exceed the price paid by the Dealer to Pelco for such Products In no If you are located outside the continental U S Alaska Hawaii or Puerto Rico event will Pelco be liable for any special incidental or consequential damages including loss of Intermediate Consignee Ultimate Consignee use loss of profit and claims of third parties however caused whether by the negligence of American Overseas Air Freight Pelco Pelco or otherwise 320 Beach Road 3500 Pelco Way Burlingame CA 94010 Clovis CA 93612 5699 The above warranty provides the Dealer with specific legal rights The Dealer may also have USA USA additional rights which are subject to variation from state to state REVISION HISTORY Manual Date Comments C1517M 5 01 Orig
24. tput GENERAL Dimensions Operating Temperature Unit Weight MECHANICAL Connectors Alarms Power RS 485 RS 232 Relay Output SPECIFICATIONS 100 240 VAC 50 60 Hz auto ranging 30 VA RS 232 DB9 connector RS 485 RJ 45 connector RS 485 RJ 45 connector Two green power LEDs One red alarm LED 500 mA 250V Load rating for relay contacts 0 50A at 125 VAC or 1A at 25 VAC See Figure 16 32 to 122 F 0 to 50 C 7 Ib 3 17 kg Four dual header 32 input connectors with mating plugs 3 wire receptacle 18 AWG Two RJ 45 connectors One DBS connector factory use only One 3 pin header with mating plug Design and product specifications subject to change without notice 8 15 20 70 19 00 48 26 17 40 44 20 Figure 16 ALM2064 Dimension Diagram C1517M A 11 02 REGULATORY NOTICES This equipment has been tested and found to comply with the limits of a Class B digital device pursuant to part 15 of the FCC rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that the interference will not occur in a particular installation If this equ
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