1. INTRODUCTION
Contents
1. 3 RXD 3 RXD 4 RXD 5 GND as 5 GND 7 CTS amp RTS Ss MASTER CHANNEL MASTER CHANNEL Revision 3 13 20 August 2001 2 1 INTRODUCTION 3 2 QRERA TION mnnn annali E i 3 3 SWITCH SET DINGS TTE 3 3 ADDRESS SELECTION epe te 4 RATE SELECTION cates ooi 4 3 3 INPUT PROTOCOL SELECTION te e D E ER 4 3 4 OUTPUT PROTOCOL SELECTION V ER FERAE 5 3 5 AUTO HOME POSITIONING 5 3 6 WRITE PROTECTING HOME POSITION s cccccccsesesseceeececeesessececececeesenssuececccecsensaaeceeececsensaesececeeseneaseeeeeecsenenaaeees 6 4 PTZ MODE DEVICE SPECIFIC OPERATION cccsssscscssssccsssscceessssccessscccsssscceessseccscssceeessnaccessssececsacsesessnses 6 4 15 DIAGNOSTIC 6 42 BETATECH GYYR CONTROEINK ine 6 M E RE a 6 44 teal 6 45 BXEXAEIZZTX3 ANDZEX4A 6 4 6 BUREE TC7400 SERIES DOME 6 4 7 PEECO D AND SP ueste ettet eth te eerte ertet e Deine 7 4 8 DIAMOND FAST SCAN SMART SCAN isses eene 7 4 9 HITACHI CD 08 MITSUBISHI CCD 300E CAMERAS ccccccc2. Slave Communications Port Master Communications Port Connector Type PTZ Translation Options NOTE The transmitted data may be set to control certain functions of equipment from the listed manufacturers No representation is made that the generated data conforms in every respect to that of the listed equipment manufacturer Other Switch selectable write protection of preset home position sie cc ___ Device Control Options Diagnostic text output Preterm ASC xt sings ven we in contin wih VdeloK mas Device Control functions Either via serial commands or device at address 1 may have certain functions controlled via ml 7 to 25 VAC 50 60 Hz or 8 to 34VDC 1 5W requires external power adapter Dimensions 74mm W X 31 2 mm H X 190 9mm D Weight 390g Finish Brushed stainless steel Operating Temperature 10 to 50 deg C Storage Temperature 20 to 65 deg C Humidity 0 to 95 RH non condensing Baud Rate 9600 Baud 19 2 KBaud 57 6 Kbaud or 115 2 Kbaud Addressing range Broadcast 1 to 255 Protocol BossWare Electrical RS422 can be wired for RS485 Baud Rate From 1200 Baud to 57 6 Kbaud dependent on required translation type Electrical RS422 can be wired for RS485 Optionally RS232 RS232 D9 Male RS422 D9 Female Power 2 0mm DC plug I2C 6 position RJ45 4 fitted Diagnostic text output VCL VCLTP protocol dome Molynx Visylinx Baxall ZTX3 and ZTX4 Burle TC740
3. In this mode of Operation the actual text string which is to be Valid Fuuction Number sus S17 si 81 5 sent to the device via the master channel is received on the slave channel Sixteen functions have been defined 0x20 to Ox3f DIP switch 1 positions 5 to 8 determine which function is received The PIT will only respond to one of these functions dependant on the settings of DIP 1 The master port baud rate for ASCII string mode is set up by 83 6 and S3 5 as per the following table 19 2 Kbaud 6 ALARM CONCENTRATOR Master Port Serial Mode S12 SIA In this mode of operation DIP switches 2 and 3 must be set up as No Message Transmitted shown in sections 3 1 through 3 3 In ASCII Text mode all changes in the input state are transmitted ADOLTTTEXERINGEO transmitted fi out of the master communications port in ACSII at 8 data bits no BossWare Alarm message Transmitted parity 1 stop bit Also all expansion inputs are copied to the expansion outputs Master Port Baud Rate 81 4 S1 3 In BossWare mode all alarm input information is transmitted out of the master port in BossWare format This allows for another alarm 1200 baud concentrator to be connected via RS422 and it s remote outputs to 9600 baud sf tt mirror the local alarm input status In this mode 2 PIT units may 7690 SS be connected back to back via RS422 with each PIT PC outputs 19 2 Kbaud reflecting the o
4. is applied via the external power connector 7 6 PC Expansion Connection 5VDC out to external device SCL clock 16 8 MECHANICAL non 2 SLAVE CHANNEL POWER RJ11 6 RS422D9 RS232D9 8 28 2 5Vdc FEMALE MALE 6 20 Vac 3 SDA 1 lt OR gt 2TXD 1 5 VA No 4 SCL 2 RXD 3 RHXD ExtLoad 5 GND 3 TXD 5 GND INTERNAL 4 TXD 7 CTS FUSE 5 GND amp RTS 500mA 28 gt Lo PROTOCOL 2 INTERFACE oz TRANSLATOR Fre o h o _f gt alot lt PES m 190 90mm 7 52 og gezo xo gu Sat oc 9ouu 1 one n Lm lt 2 wn M 29 E amp ca p im gt a u o a 4 Yea UN 1 of w 381 ALE s3 oo E P oc L E 2 a e A RS422 09 RS232 09 v MALE FEMALE 1 TXD 2 TXD 2 3 RXD 3 RXD 5 GND 4 RXD OR 7 CTS C 5 GND amp RTS 97 Y MASTER CHANNEL 31 20mm 1 23 74 00mm 2 91 9 SPECIFICATIONS Page 17 Compliance EN55022 for radiated and conducted emissions IEC 801 3 Class 3 for RF susceptibility Power Requirements Mechanical Environmental
5. s ii 14 TA SLAVE PORT CONFIGURED AS RS422 ias e EE EO in dae Ch 14 T2 SUAVE PORT CONFIGURED AS RS232 14 7 3 MASTER PORT CONFIGURED AS RS422 15 7 4 MASTER PORT CONFIGURED AS 232 entere nasse sete 15 T5 ROWER ONNEGTION oA eot tetto a iater id e rers es e regna 15 7 6 C EXPANSION CONNECTION ccsscssccececsescsvscececececscececeveseececsssssvavavsvsesusacacacacavavsucecusassvavavavensnsacacacacavavsusececerevers 15 8 MECHANICAL 16 9 SPECIFICATIONS 17 LIST OF ABBREVIATIONS LED Light Emitting Diode PIT Protocol Interface Translator PTZ Pan Tilt Zoom Page 3 1 INTRODUCTION The Betatech Protocol Interface Translator converts Betatech s BossWare serial command protocol to various protocols compatible with equipment from other manufacturers The PIT has two serial communications ports The RS422 RS485 Slave port connects to the BossWare communications loop and interprets the telemetry control messages The RS422 RS485 or RS232 Master port connects to the other manufacturer s equipment The PIT may be configured to operate in various modes e In PTZ mode the BossWare PTZ control messages are received on the Slave communications po
6. 0 series dome 9600 or 2400 baud Pelco Intercept D or P protocol Diamond SmartScan Address 1 to 8 9 to 16 or single address Mitsubishi CCD 300E camera Computar CD 08 camera Sensormatic UltraDome RS422 dome protocol JVC TK C675A or B Dome Address 1 to 99 or 101 to 199 Ernitec ERNA Protocol Samsung SPP12 RS422 Protocol Dennard RS422 Protocol Mark Mercer RS422 Protocol Plettac SVD106 SVD106A Dome Protocol American Dynamics Bi Phase Protocol Can control only 1 PTZ at a time Teljoy Provicom RS422 Protocol Gyyr Vortex Kowa Dome Mikami Dome Pacom 2005 2017 2018 Panasonic WV CS600 CS650 CS850 Vicon RS422 telemetry receiver Surveyor 99 dome Pan tilt zoom focus iris 64 position presets store and recall auxiliary function control Functions not available on selected translation target device are excluded
7. 9 bit mode to 8 bit PC compatible mode or to change the communication baud rate 1200 baud Off Off Note that the additional functions such as PTZ home positioning are NOT implemented in this mode 9600 baud 19 2 Kbaud The output data may be in standard BossWare compatibe mode 9 bit data transmission or 8 bit mode which is more compatible with PCs Output Data Format S1 8 4 3 VCL The VCL auxiliaries for this dome have been assigned the following functions the PIT VOL netton Operates the 180 degree turn function Aux 3 Recalls alarm preset position high speed Aux 4 Saves alarm preset position 4 4 Molynx When set for Molynx compatible protocol output switch 1 5 is used to set fixed Keyboard function Molynx Function speed variable speed control When this switch is off full variable speed control is allowed When this switch is on only fixed speed commands are Aux 1 Aux 1 transmitted to the Molynx telemetry receiver Aux 2 Aux 2 The auxiliary outputs are mapped to the Molynx telemetry receiver as follows Aux 3 Wash et Aux 8 4 5 ZTX3 and ZTX4 The PIT generates data for this protocol at 1200 baud Ensure that the telemetry receiver is set for this data rate The first 8 preset positions are supported for receivers which support this function 4 6 Burle TC7400 Series Dome When in the Burle mode of operation the output ba
8. CD 08 Mitsubishi CCD 300E Cameras Page 8 Full functionality of zoom focus iris and preset positioning is supported when used in conjunction with the PIT Obviously as the camera does not incorporate a pan tilt head these functions are not available 4 10 JAI CV S2500 Camera This camera does not support preset positioning and therefore the description in 3 5 and 3 6 is not applicable SW1 8 is used to prevent access to the camera configuration menu from the standard control keyboard If this switch is in the off position then the menu may be invoked by storing preset position 1 The up down left and right arrow keys then allow selection of various menu items To leave the menu store preset position 1 again This switch being in the on position also limits the operator s access to certain functions as described below The following table lists the keyboard functions Additional functions may be accessed by recalling preset positions as per the following table These functions may also be accessed by operating the auxiliary output from the control system Note that Aux to 8 operate as described above Keyboard function Iris C Iris O 255 Aux 1 Aux 2 Selects manual gain Aux 3 Selects manual gain Aux 4 Aux 5 AutoPan Aux 6 PTZ Aux 7 PTZ F2 Aux 8 PTZ F3 Access controlled Aux Access Preset Number Jai Camera Function Selects AGC Selects manual gain
9. THE VIDEO FACTORY cc T A E E SOUTH AFRICA TEL 011 777 7100 mx 011 777 7101 B E T A T E C H CK 99 07572 23 www betatech co za v4 BOX 452 Melville 2109 13 St Giles St ISO 9002 Kensington B REGISTERED FIRM RANDBURG 2194 PROTOCOL INTERFACE TRANSLATOR PIT USER MANUAL N gt AN N gt CN C O LU 8 28 6 20 1 2 RXD 3 TXD 4 TXD 5 GND 1 RXD 2 RXD 3 TXD 4 TXD 5 GND pu u ul 5 e lt E ro ra oz p 45 2 za lt 5 za og ez 5 o o gt gt ES Brak cro BREL HO o gt g 09098 gezo Q 9 par lt 8 5 Zo torzZ o 2 4m I 2 o ru o o os TOES 5 Sonik o o Sable o 1 FZO Ezo o o 54 2 E FS lo fi 52 7 o ban 7 a 05 9 bari o 1202 w 5 o pu Ea u gt oz 2 gs o uo i 28 o tr a Sa 5 gt Sc if oa iJ low zu ui i e s3 2 tg 53 209099 oo 0090 iu E J E fella s z 8 8 gt j RS232 2 W 1 TXD _2 TXD 2
10. X DOME set to the protocol 2400bau Of o Note that this is different to the GY YR Controlink protocol 2400 baud DH on Baud rates are set as per the following table 9600 baud Note that the additional functions such as PTZ home positioning are 19 2 Kbaud NOT implemented in this mode The auxiliaries are mapped differently depending on the settings of S1 7 and S1 8 4 14 1 Standard Operation In this mode auxiliary 1 to 8 operate the standard auxiliary functions of the Vortex dome Certain auxiliaries are mapped to special functions as per the Standard Mode Aux Function ene as Note Set aux to 1 on to run tour Set to 2 to end tour define Set to 3 to start Tour 2 10 tour define Note Set the aux to the value of keystroke which is required 4 14 2 Tour Define Operation Menu keystroke Aux 1 start tour define Aux 2 end tour 1 define Aux 3 start tour 2 define Aux 4 end tour 2 define Aux 5 start tour 3 define Aux 6 end tour 3 define Aux 7 start tour 1 Aux 8 end tour 2 4 14 3 Menu Access Operation Aux 1 Menu access Aux 2 Menu key up Aux 3 Menu key stop Aux 4 Menu key down Aux 5 Menu key left Aux 6 Menu key right Aux 7 Menu key cancel Aux 8 Menu key enter 11 4 16 Kowa Dome Auxiliaries on the Kowa dome are mapped as per the following table Kowa Dome Aux Function Aux If SW1 5 is on then the PIT will generate 9 different speed s
11. commands into variable speed commands which are automatically ramped from slow to high speed when the PTZ unit supports variable speed Similarly variable speed commands are translated into fixed speed commands where the PTZ unit does not support variable speed The PIT allows for alarm input expansion modules to call preset positions on attached PTZ units The unit set to address 8 causes PTZ 1 to move to preset positions 1 to 16 when the corresponding inputs are activated by the closing of an external contact expansion unit address 9 operates PTZ 2 etc expansion unit address 16 operates PTZ 8 allowing for a maximum of 8 PTZ units to be controlled by the expansion modules in this manner 3 SWITCH SETTINGS To access the configuration switches the two screws on the top cover of the PIT must be removed The legend on the cover shows the switches as S1 S2 and S3 Each of these switch groups has 8 individual switches marked as 1 through 8 Individual switches are referred to by the switch group followed by the switch number e g S1 8 4 3 1 Address Selection Set switch 2 to the required address of the PIT This would usually match the camera number in the system The actual switch setting is the binary representation of the address Certain protocols allow for the addressing of multiple devices on the master communications port Broadcast mode In this case This DIP switch may be set to address zero wh
12. control mode with maximum gain Selects AGC control mode with gain of 50 control mode with gain of 100 Selects manual gain control mode with gain of 150 Selects manual gain control mode with gain of 200 Switches off backlight compensation Selects backlight compensation pattern 1 Selects backlight compensation pattern 1 Jai Camera Function 9 The following functions are all accessible via auxiliary control commands Preset Access Jai Camera Function Preset Access Jai Camera Function Number controlle Number controlle d by S1 8 d by S1 8 No AGC manual gain One push white balance Backlight compensation off One push white balance as per f 7 JAI K B Backlight compensation pattern 1 White balance 3200K ee ae Backlight compensation pattern White balance 4600K 2 White balance 5600K s EN es uto shutter on Flckerles hut fe sate es ickerless shutter Ano Ste of 6 Shutter speed 1 250 Negative image Shutt d 1 500 17 Yes Shuterspeed 1 500 EG Normal positive image Shutt d 1 1000 Ce e Shutt d 1 2000 Shutt d 1 4000 stutterspeed v4000 00 Left key Shutt d 1 10000 21 stutterspeed 10000 0 Rigt key 21 Yes Auto white balance Manual white balance 4 11 Sensormatic RS422 Dome Protocol Only 7 preset positions are currently supported by the PIT 4 12 JVC TK C675 Dome When in the JVC mode of operation only 99 cameras may be controlled by Valid Addresse
13. ettings compatible Menu Access with older Kowa domes When this switch is on then the PIT will generate 14 different speed settings compatible with newer domes Menu key up Menu key down Menu key left Menu key right Set Autopan Start Set Autopan End Start Autopan Home position Autoflip on off 4 17 Mikami Dome PIT RS422 Mikami Master port Dome Please note that the RS422 connection on this dome does not adhere to the standard Connect TXH as per following table The auxiliaries are mapped as per the following table GND LL E me a Dew 1 60 s 1 100 s 1 500 s 1 1000 s Set shutter speed NER Mi Set white balance Auto Indoor Outdoor One push trigger 12 4 18 Protocol 1 6 1 5 51 8 17 Off Off Off Off Note that the address sent to the Pacom receiver always falls into the address range 0 to 15 which is set on the receiver The above table specifies which range of addresses will be accepted by the PIT and mapped into the address range of the receiver 4 19 Panasonic WV CS600 CS650 This dome supports an address range from 1 to 96 only Please note that although the protocol is compliant with that provided by Panasonic there is an issue with Preset position storage It may be necessary to store a preset position more than once for it to be functional On the first attempt the d
14. ich will pass all received messages through from the slave to the master port The following table shows the first few addresses 82 8 2 7 82 6 S2 5 82 4 82 3 82 2 82 1 Switch Address Address Address 5 Address 4 Address 3 Address 2 Address 1 Address 0 Legend 7 6 0 B cast off off off off Off Off off off There is one exception to input protocol When the input address is set to 255 the PIT will receive 8 bit data and operate in broadcast mode 3 2 Baud Rate Selection Switch 3 positions 7 and 8 are used to set the slave port baud rate as per the following table SEU 1200 off off 3600 of 192 Kbaud ar 3 3 Input Protocol Selection Switch 3 positions 1 to 4 are used to set the protocol which the PIT expects to receive on it s slave communications port Reserved Off Off off off BossWare first group Off Off BossWare second group Off Off Reserved binary values 3 to 14 Device Control Interface Alarm Concentrator 3 4 Output __ Protocol Selection Switch 1 positions 1 to 4 are used to set the protocol which the PIT will transmit on it s master communications channel Note that the group selection must be carried out as described under Input Protocol Selection 3 5 Auto Home Positioning Page 5 Output Transmitted Protocol Compatible S1 4 81 3 81 2 61 1 With Text diagnosis output se n meme ar or fo Lo Beweneum
15. ome will sometimes carry out a preset restore operation The function of the 8 aux keys are dependent on the setting of DIP S1 8 1 Menu Right On 4 20 Vicon The PIT generates data at 4800 baud Set S1 8 for duplex if the Vicon telemetry is set for Duplex The return data is not actually used and this setting affects the timing of the commands only It is preferable to use simplex mode on the PIT and Vicon receivers domes Certain auxiliaries are mapped as per the functions in the following table To access the menu of the Vicon Surveyor 99 dome store preset number 94 The arrow keys LL joystick autopan aux 5 and auto iris aux 7 keys may be used to navigate the menus 7 Auto Iris 13 5 DEVICE CONTROL INTERFACE In this mode of operation DIP switches 2 and 3 must be set up as shown in sections 3 1 through 3 3 DIP switch 1 is used to select the output protocol which is used to control the external device as per the following table Output Transmitted Protocol Compatible With 51 4 81 3 51 2 511 Text diagnosis output off Off Off off ASCII string mode On Note that device operation may be achieved either by means of a serial message from a system controller or from keyboard s connected to the expansion port of the PIT The expansion keyboard at address 3 maps to functions F1 to F16 and that at address 4 maps to functions F17 to F32 5 7 ASCII String Output Mode
16. or more PTZ telemetry receivers domes which may be attached to this port When the message is transmitted the master port LED will flash off briefly When the PTZ unit does not support addressing e g Mitsubishi RS232 camera then one PIT is required per PTZ and the various PTZ units in a system may be individually controlled by setting the address switch on the PIT When the PTZ unit supports addressing e g VCL domes then the PIT may be set to address zero broadcast and each PTZ unit on the master communication port must be set to a unique address There is no limitation in mixing PTZ units domes from different manufacturers as long as the above requirements are met and there is at least one PIT per translation type Should an installation require one or more PIT units for protocol translation this has no effect on the connection operation of standard PTZ units which are compatible with the native RS422 protocol generated by the master controller Should it be required to use features such as auto homing only on specific PTZ units then these units must be attached to a PIT which is set up for the required features Other PTZ units which do not require this feature must be attached to the master port of a separate PIT which has this feature disabled In such a system each PTZ unit must be at a unique address in order for the master controller to be able to control it independently The PIT takes care of translating fixed speed
17. rt Dependent on the DIP switch settings these commands are then translated to serial data packets which are compatible with other manufacturer s Pan Tilt Zoom telemetry receivers or integrated domes e device control mode generic BossWare device control commands are received and translated into data packets compatible with other manufacturer s VCR s Multiplexers Quad s and the like e In Alarm Concentrator mode alarm inputs and system outputs may be connected via expansion port on the PIT This allows for the connection of up to 256 remote alarms into a system and also for up to 256 system outputs In device control mode the PIT receives generic device control commands from the system main controller 2 OPERATION On power up both the slave channel and the master channel LEDs will be illuminated The PIT unit receives serial messages from the system master controller via it s slave communication port When a valid message is received the slave port LED will flash off briefly to indicate message receipt Only messages addressed to the unit address set up on DIP switch 2 will be received Should DIP switch 2 be set to zero all switches off then messages addressed to any PTZ unit will be received by the PIT The received PTZ control message will then be translated into the appropriate command compatible with the PTZ equipment selected by means of DIP switch 3 This message will be transmitted out of the master port to one
18. s in Broadcast mode S1 5 a single PIT in broadcast mode Selection of which group of 99 cameras Address may be carried out by means of DIP switch S1 5 em A 101 to 199 inclusi Note that as the dome address range is limited to 99 the PIT set to control ddress E domes in the range 101 to 199 modifies the address by subtracting 100 To control a JVC dome address 101 the dome must be set to address 1 and connected to the PIT with S1 5 ON JVK Model 51 6 The generated protocol may be optimised for the standard JVC protocol TK C675B the extended model B protocol which allows for a greater range of TK C675 variable speeds Turn on DIP S1 7 to enable auto focus 4 13 Dennard RS422 Dome Protocol The Dennard dome allows for the display of configuration menus This feature may optionally be disabled using S1 5 The menu may be accessed by using Aux 6 Shown as PTZ F1 on the The accept function for this dome is Recall preset position 1 A shortcut to O accept is via Aux 8 Shown PTZ the 10 4 14 Plettac SVD106 SVD106A The Plettac dome allows for the display of configuration menus This feature Menu access may optionally be disabled using 51 8 Menu Access S1 8 Access available Access prohibited Output Baud Rate S1 6 51 5 4 15 In this mode of operation the PIT generates output data that will 1200 baud control the GYYR VORTE
19. s peer ener er Burle TC7400 AutoDome Pelco Intercept D amp Eu Wc REC UE E wis DIOR wer ot a mpm pore e Sensormatic RS422 Dep pnr Ernitec ERNA protocol ie of pem m eR ER Plettac SVD106 SVD106A me AD Biphase ete fe a pn n a PTZ units which support preset positioning may take advantage of 81 7 51 6 auto homing when used in conjunction with the PIT To use this isab fF feature switch 1 positions 6 to 7 are used as follows Auto homing disabled Should an auto home time out value be set then the PTZ will expiration of the time out The time out is calculated from the time automatically be caused to return to preset position 1 after the the PTZ was last moved 6 3 6 Write Protecting Home Position The home position may be write protected by switching SW1 8 on In this mode it is not possible to modify preset position 1 4 PTZ MODE DEVICE SPECIFIC OPERATION 4 1 Diagnostic Mode In this mode of operation every received PTZ control command is converted into a readable text string This string is transmitted out of the PIT master communications port at 9600 baud no parity 8 data bits and 1 stop bit 4 2 Betatech GYYR CONTROLINK In this mode of operation the PIT generates output data which will control either the Betatech PTZC or the GYYR ControLink RD Output Baud Rate This mode is used to convert from BossWare
20. ssssccesssscecesscececssececeesseeecsessececsececeesaeeeceesseeeestseecsenaes 8 5 2500 CAMERA tette nist ba a eke hha ead a ee eto tne Bad 8 4 11 SENSORMATICRS422 DOME PROTOCOL 5 terere eere ea ea e va a Evi ere ao e Eee Tee a dono resa Ee 9 4 12 JVC ATK2C675 DOME iile Ie ERICH HIR UR 9 4 13 DENNARD RS422 DOME nennen nnne enteras seen ente te es stes eene teens asset nette nane ener na 9 4 14 PLETTAC SVD106 0106 eee ene Innen ee nn en nennen tene en nene ee enses entere ee 10 4 15 GYYR VORTEX er 10 4 14 1 Standard Operation eH 10 4 14 2 Tour Define Operation 10 4 14 3 Memi Access ius tet e c e eeu em e te bera re e Eee 10 QUI I 11 417 MIKAMI DOME a as dett en bu deret oerte isti 11 A 18 eo PAGOM PROTOCOLS c 12 4 19 PANASONIC WV CS600 CS 650 dentine 12 4 20 VICON ecu Re ee 12 5 DEVICE CONTROL INTERFACE eiisiscccteiassssccecdsssascecesasstessscnssedesvesssdedessssasissssces doseswestvdavenssseuse co e deve Ea eu Da neon 13 SeT ASCH STRING OUTPUT MODE iecit eter orti 13 6 ALARM CONGCENTRATOR uen pe a 13 Te CONNECTIONS
21. ther PIT inputs 14 7 CONNECTIONS 7 1 Slave Port Configured as RS422 Control messages from the master control device which generates the PTZ control information are received on this port The RS422 configuration allows for multiple PITs to be connected on a common communications line Connections are as follows 2 asin nase Ga 3 msermemserie evene O 4 msermessetitemesWaemme sin s je LLL Oo s n c Should it be required to operate the PIT in RS485 mode then the TX pair and the RX pair must be joined together on this connector i e Pin 1 to pin 4 and pin 2 to pin 3 7 2 Slave Port Configured as RS232 qmempomemmpuimd OOO TXD data to master control device RXD Internally connected to pins 4 and 6 CTS from master control device RTS RTS to master control device CTS 15 7 3 Master Port Configured as RS422 Translated control messages generated by the PIT are transmitted on this port The RS422 configuration allows for multiple PTZ receivers to be connected on a common communications line should the PTZ receivers support unit addressing Connections are as follows RS422 Communications common from slave device communications common 7 4 Master Port Configured as RS232 n c p CENE plo 7 5 Power Connection The unit is be powered by 7 to 25 VAC 50 60 Hz or 8 to 34VDC 1 5W This
22. ud rate may be set by Master Output channel Baud Rate 51 5 means of DIP switch 51 5 9600 Baud 2400 Baud 7 4 7 Pelco D P A R 1 6 1 5 In Pelco mode of operation 255 addresses are supported Setting DIP 1 8 on selects Pelco P mode In P mode the adjacent Address 1 to 32 table shows the selection of the valid address range Adress 97 1o 128 4 8 Diamond Fast Scan Smart Scan When in the Diamond mode of operation only 8 cameras may be controlled by a single PIT in broadcast mode Selection of Valid Addresses in Broadcast mode 51 7 51 6 81 5 which group of 8 cameras may be carried out by means of ese ih Hohe DIP switch S1 For any address outside of this range a dedicated PIT per Address IR iiclusive Diamond dome would be required Address 17 to 24 inclusive Address 25 to 32 inclusive The auto home timeout for the diamond dome is as per the Address 33 to 40 inclusive on following table Address 41 to 48 inclusive Various additional functions of the Diamond dome supported by the operation of the auxiliary outputs Address 49 to 56 inclusive Address 57 to 64 inclusive 1 to 8 Operate dome aux output Invvoke Smartscan Menu 10 to 19 20 22 Program Preset Menu 23 Program Vectorscan Menu 24 List Preshots 25 Run Vectorscan Once Menu 26 Continuous Vectorscan Menu 4 9 Hitachi
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