HT910 G Terminal User Manual
Contents
1. TERMINALS HT910 G Terminal User Manual Revision 1 4 TERMINALS Important information This technical description contains important information for start up and use of the HT910 G Terminal Read it carefully before you start working with the HT910 G Terminal The warranty will be void should damage occur due to non compliance with these instructions for use We cannot accept any responsibility for consequential loss We cannot be held responsible for material loss or personal injury that is due to incompetent use or non compliance with the safety instructions The warranty will be void in such circumstances The HT910 G Terminal contains highly integrated components which can be damaged by electrostatic discharge if the user would open the housing CEP preserves the right to change the included information without notice and doesn t take responsibility for errors in the document and or missing information Therefore only touch the HT910 G Terminal on the housing or connectors and avoid touching the components on the board Safety Instructions When using products which are exposed to electric voltage the valid regulations have to be observed Before opening of a device always pull the mains adapter or make sure that the device is disconnected from the power supply You should only use tools on components modules or devices if they are disconnected from the power supply and the electric charge which2. the antenna output power handling must be a minimum of 2W the VSWR value should be less than 3 1 to avoid any damage to the modem 4 3 3 Antenna placement The antenna should be placed away from electronic devices or other antennas The recommended minimum distance between adjacent antennas operating in a similar radio frequency band is at least 50cm If signal strength is weak it is useful to face a directional antenna at the closest radio base station This can increase the strength of the signal received by the modem The modem s peak output power can reach 2W RF field strength varies with antenna type and distance At 10cm from the antenna the field strength may be up to 70V m and at 1m it will have reduced to 7V m In general CE marked products for residential and commercial areas and light industry can withstand a minimum of 3V m 4 3 4 The antenna cable Use 500 impedance low loss cable and high quality 500 impedance connectors frequency range up to 2GHz to avoid RF losses Ensure that the antenna cable is as short as possible The Voltage Standing Wave Ratio VSWR may depend on the effectiveness of the antenna cable and connectors In addition if you use an adapter between the antenna cable and the antenna connector it is crucial that the antenna cable is a high quality low loss cable Minimize the use of extension cables connectors and adapters Each additional cable connector or adapter causes a loss of signal power
3. The conformity of the module HE910 G with the essential requirements of the European Directive 1999 5 EC has been verified against the following harmonized standards Specifications Standards Submitted documents Article 3 1 a Electrical safety EN 60950 1 2006 A11 2009 A1 2010 A12 2011 Article 3 1 b EMC EN 301 489 1 V1 8 1 EN 301 489 3 V1 4 1 EN 301 489 7 V1 3 1 EN 301 489 24 V151 EN 300 440 2 V1 4 1 EN 301 511 V9 0 2 EN 301 908 1 V4 2 1 EN 301 908 2 V4 2 1 aaa aT TA AT E RZIS Z TET lt R c EnB iT f c cc b s seRZR T TnsRR Z R LriZZ n SBTI K ZTpT Ti TTT T T R PITTR ZZ mPr RT T Tiymyy R RRZy 2Zn YaYZYXS TZYZfiTiZI ZI p Z JZ ZsazZ a Z4aZ I ZaZaZaZsZaZIZS Za293sasZzZeo Z aZ ZZIao aZS4az4 Za au ED _ n All AC DC adapters supplied by CEP AG comply with the standards CE EN 60950 2009 ee r r RiRERaapapRp EE CEP AG Cellulare Produkte Hypo Vereinsbank Sitz der Gesellschaft 82041 Oberhaching Aufsichtsratsvorsitzende Dr Helene Prigge BLZ 700 202 70 HRB 143723 AG M nchen Vorstand Dr Ditmar Prigge Vorsitzender Kto 80 84 1370 UST ID DE813494442 rl Linie 26 7 2 FCC Verification CEP AG Cellulare Produkte Raiffeisenallee 12b 82041 Oberhaching Aktiengesellschaft Telefon 089 450292 0 Cellulare Produkte Telefax 089 450292 22 FCC Verification Manufacturer Name CEP AG Product Name HT910 G Prod
4. assert TO_IN to high level for gt 5s activate the RS232 control line DTR The modem is fully operational after 4 seconds Logging onto a network may take longer than this and is outside the control of the modem The modem can be configured to start up at the time power is applied by permanently tying power connector signals TO_IN pin 4 and VCC pin 1 together In this case DTR must be used to switch the modem on again after it has been switched off or reset while power is still applied DTR must be cycled from low to high The TO_IN signal requires a positive edge a sharp signal transition from low to high to turn the modem on This transition should be a rising signal from OV GND to VCC or at least a large fraction of that voltage range and must be applied at the same time as VCC or after it Very slow transitions significantly slower than many milliseconds or very small transitions e g only few volts instead of OV to VCC will not turn on the module since they are not considered to be a positive edge Although this will not be an issue in almost all typical applications of the modem please consider following points Large capacitors in your power supply which will lead to slow leading and falling edges issue does not apply with modern stabilized switching regulator power adaptors AND TO_IN tied in parallel to VCC instead of separate dedicated digital signal Slow analogue signals used to assert
5. 1 Power up LED green LED in the middle The modem has a green power up LED as depicted below which is used to indicate various operating states These states are described in following table Operating state of HT910 Terminal Power up LED state Device off Permanently off net search not registered Fast blinking period 1s LED 0 5s registered full service Slow blinking period 3s LED 0 3s Not registered Permanently on Table 7 Operating states of the power up LED 3 4 2 Status LEDs one yellow one red The red and yellow Status LEDs are under control of GPIO1 and GPIO2 of the HT910 modem inside of the Terminal They can be controlled via at commands The default status of these two LEDs is off The following commands have to be used to initialise and to configure the GPIOs to control the two LEDs Switching on GPIO2 at gpio 2 1 1 Switching off GPIO2 at gpio 2 0 1 Switching on GPIO3 at gpio 3 1 1 Switching off GPIO3 at gpio 3 0 1 16 Se e m SM SSS N PAN ER TERMINALS These LEDs can be controlled e g by an external microcontroller via at commands issued to the terminal via the serial RS232 interface They can be used for signalling any useful status of the external application such as error indication status of communication GPRS SMS CSD etc status of GSM network to simulate GSM LED quality of service Additional Variants Safety and Product Care Please read the
6. 20 4 4 TERMINALS 4 3 5 Possible communications disturbances Possible communication disturbances include the following Noise can be caused by electronic devices and radio transmitters Path loss occurs as the strength of the received signal steadily decreases in proportion to the distance from the transmitter Shadowing is a form of environmental attenuation of radio signals caused by hills buildings trees or even vehicles This can be a particular problem inside buildings especially if the walls are thick and reinforced Multi path fading is a sudden decrease or increase in the signal strength This is the result of interference caused when direct and reflected signals reach the antenna simultaneously Surfaces such as buildings streets vehicles etc can reflect signals Hand over occurs as you move from one cell to another in the GSM network Your mobile application call is transferred from one cell to the next Hand over can briefly interfere with communication and may cause a delay or at worst a disruption Additional Software Configuration 4 4 1 Activating Deactivating Antenna Diversity in the Terminal Antenna diversity is an HSPA feature which allows the terminal to receive data streams through two separate antennas This feature should be de activated since the HT910 G terminal supports only one antenna Please use the following commands to de activate this feature What do you want to do Send
7. on the USB connector Mini USB Type A B 1 2 3 4 45 Female Receptacle Figure 5 Mini USB Type A B connector 11 2 3 TERMINALS Antenna Connector not connected GND Table 4 Mini USB Pin description The antenna connector allows transmission of radio frequency RF signals between the modem and an external customer supplied antenna The modem is fitted with a 500 FME male coaxial jack Output Power 2 Watt Peak Class 4 1 Watt Peak Class 1 GSM900 850 GSM1800 1900 The antenna that the customer chooses to use should fulfil the following requirements Frequency range Bandwidth Gain Impedance Input power VSWR absolute max VSWR recommended Quad Band GSM 850 900 MHz GSM 1800 1900 MHz Depending by frequency band s provided by the network operator the customer shall use the most suitable antenna for that those band s 80 MHz in EGSM 900 70 MHz if GSM 850 170 MHz in DCS 140 MHz PCS band gt 1 5 dBi 50 ohm gt 2 W peak power 10 1 lt 2 1 Table 5 Recommended characteristics of the serial port signals 12 2 4 2 5 TERMINALS SIM card reader The HT910 Terminal is fitted with a SIM card reader designed for 3V SIM cards It is the flip up type which is lockable in the horizontal position and is accessed through a removable panel RS232 Serial Port The modem supports a standard RS232 serial interface EIA TIA 574 via its 9 pin Sub D connector shown bel
8. securing it in the application Securely attach the HT910 Terminal modem to the host application using two 3mm diameter pan head screws 19 4 3 Antenna 4 3 1 General The antenna is the component in your system that maintains the radio link between the network and the modem Since the antenna transmits and receives electromagnetic energy its efficient function will depend on the type of antenna for example circular or directional the placement of the antenna communication disturbances in the vicinity in which the antenna operates In the sections below issues concerning antenna type antenna placement antenna cable and possible communication disturbances are addressed In any event you should contact your local antenna manufacturer for additional information concerning antenna type cables connectors antenna placement and the surrounding area You should also determine whether the antenna needs to be grounded or not Your local antenna manufacturer might be able to design a special antenna suitable for the application 4 3 2 Antenna type Make sure that you choose the right type of antenna for the modem Consider the following requirements the antenna must be designed for the one of the frequency bands in use please ask your network provider for more information o GSM 850 900 2100 MHz o EDGE 850 900 1800 1900 MHz o UMTS 850 900 2100 MHz the impedance of the antenna and antenna cable must be 500
9. the AT command Check the current setting at rxdiv Antenna Diversity is de activated RXDIV 0 1 Antenna Diversity is activated RXDIV 1 3 De Activate Antenna Diversity at rxdiv 0 0 4 4 2 Activating Deactivating 3G Mode By default 3G mode may be de activated on the device In order to enable to device to search for 3G networks please use the following commands to activate or de activate this feature Check the current setting at ws46 2G Only mode is activated WS46 12 3G Only mode is activated WS46 22 2G 3G mode is activated WS46 25 Activate 3G Mode at ws46 25 21 TERMINALS 4 5 CEP Certified Accessories HEKE peton Power supply 230V AC 12 VPC 6pin RJ11 connector Power cable 6pin RJ11 connector with open ends Minimag Antenna FME female 900 1800 MHz Stub Antenna FME female 900 1800 MHz Rectangular Antenna FME female Quad band Roof mount antenna FME female waterproof 900 1800 MHz RS232 cable 1 5m for PC connection Table 8 Accessoires List Please contact your distributor or CEP AG for availability or check CEP s webpage www cepag de 22 Technical Data Product features UMTS Power class 3 24dBm GSM 850 900 Power class 4 33dBm GSM 1800 1900 Power class 1 30dBm GSM 850 900 Power class E2 27dBm GSM 1800 1900 Power class E2 26dBm Control via AT commands according to GSM 07 05 07 07 and proprietary Telit Serial Port Multiplexer GSM 7 10 SIM Access Profile Supply voltage range
10. 5 32 V DC TCP IP stack access via AT commands Sensitivity o 107 dBm typ 850 900 MHz o 106 dBm typ 1800 1900 MHz Overall dimensions excluding connectors 77 x 67 x 26mm Weight ca 90g ROHS compliant Temperature range o 30 C to 80 C Operational o 40 C to 85 C Storage temperature Interface Sub D female 9 pin connector for RS232 communication RJ11 o Power 5 36 Volt DC ADC o 1analogue Input and 1 digital Output optinal Antenna 50 Ohm FME male SIM card reader 3V interface Mini USB Interface Approvals Full type approved conforming with R amp TTE directive CE approval SMS Point to Point mobile originated and mobile terminated SMS Concatenated SMS supported SMS cell broadcast Text and PDU mode Circuit switched data transmission Asynchronous transparent circuit switched Data CSD up to 14 4 kbps Asynchronous non transparent circuit switched Data CSD up to 9 6 kbps V 110 23 TERMINALS Data GPRS Class 12 EDGE Class 33 o Max 236 8 kbit s uplink o Max 296 kbit s downlink UMTS 384 kbits uplink downlink HSPA category 6 in uplink and up to category 14 in downlink o Uplink HSUPA 5 76Mbit s o Downlink Up to 7 2 Mbit s o Optional Penta Band UMTS HSDPA 21 0Mbit s Fax Fax Group 3 class 1 GSM supplementary Call forwarding Call barring Call waiting and hold Calling Line Identification Presentation CLIP Calling Line Identif
11. Institute Full Rate General Packet Radio Service Global System for Mobile Communication Half Rate High Speed Circuit Switched Data International Telecommunication Union Telecommunications Standardisation Sector Mobile Equipment Mobile Originated Mobile Station Mobile Terminated Protocol Data Unit Radio Link Protocol Radio Frequency Real Time Clock Subscriber Identity Module Short Message Service Terminal Adapter Terminal Equipment Telecom Services Table 9 Abbreviation 25 TERMINALS 7 Compliance Statements 7 1 CE Declaration of Conformity CEP AG Cellulare Produkte Raiffeisenallee 12b 82041 Oberhaching Aktiengesellschaft Telefon 089 450292 0 Cellulare Produkte Telefax 089 450292 CE Declaration of Conformity Hereby we declare that our product HT910 G is in conformance with the EU directives standards DIN EN 55022 VDE 0878 22 2011 12 Information technology equipment Radio disturbance characteristics Limits and methods of measurement CISPR 22 DIN EN 55024 VDE 0878 24 2011 09 Information technology equipment Immunity characteristics Limits and methods of measurement CISPR 24 DIN EN 61000 4 2 DIN EN 61000 4 3 DIN EN 61000 4 4 DIN EN 61000 4 5 DIN EN 61000 4 6 DIN EN 61000 4 8 DIN EN 61000 4 11 Frank Heineck Board Member Our product HT910 G is based on the GSM UMTS module HE910 D from the manufacturer Telit Communications S p a
12. SIM card holder GT864 E analogue Pevveyieen neder audio connector GT864 E Figure 1 Connectors on rear side of the Terminal 3 status LEDs RS232 connector FME antenna connector Figure 2 Connectors on front side of the Terminal 1 2 Please note the following TERMINALS Mounting holes positioned at two of the corners make it possible to securely bolt the modem into your application Keypad display microphone speaker and battery are not part of the modem The SIM card is mounted in the modem accessible by the user under a lid without any tools The pins and electrical characteristics or the modem s various connectors are described in 2 Electrical Description Information about the antenna connector is found in 2 3 Antenna Connector Physical Dimension and Weight Overall dimensions 77 x 66 x 26 mm Weight approx 90g F3 _ LI b _ j mI PJ O Mo P Lu be ip be Pa F rara a 25 EU Ka Li REN EE ERA ji EA S i 20 3 g ar j 10 7 li Wait A 0 i i IN _ wD P h t Lad od hl l Figure 3 Schematic of the Terminal s Housing 2 1 TERMINALS Electrical Description The modem uses the following industry standard connectors RJ11 6 way power IO connector Not connected for USB power variant Mini USB for data Also the power connector for USB power variant SIM card
13. TO_IN TO_IN signal not before VCC All 3 cases above might prevent the modem from recognizing the power up signal this is no failure of the modem itself the same would apply to almost any electronic device that provides a separate power on or reset signal If you are doubt please Use the mains power adapter that is provided by your distributor and is know to work properly with your modem Make sure that your signal and system design is according to the above Consult our support team that will be more than happy to assist you 15 3 2 3 3 3 4 TERMINALS Switching OFF the modem There are two ways to switch off power down the modem as described below use the ATHSHDN command DTR permanently to low 0 8V HR_IN to high level for t gt 5s A delay of up to 10s is experienced as the modem logs off the network Optional Low Power Mode In addition to turning the device completely off the terminal can placed into a low power mode while maintaining connectivity To put the device into this low power mode the DTR line must be set to low and the AT command at cfun 5 must be issued In the low power mode current consumption is approximately 11mA with a 12V supply Current in normal standby mode is approximately 23mA at 12V There is an additional optional low power variant that is available on a project bases that can achieve 2mA with a 12V supply Operating states LEDs 3 4
14. ative power ground input and 6 GND Input return path for TO_IN and HR_IN 3 HR_IN Input 5 32V 4 TO_IN Input 5 32V Table 2 RJ11 Pin and Signals Description 2 1 1 Analog Input The following command has to be used to initialize and to read the status of the analogue input ATH HADC 1 2 0 or ATHADC 1 2 Response ADC lt digital value gt e g ADC 119 ADC_ IN 0 03333V x digital value CC CC digital value Table 3 Examples Analog Input 10 2 2 TERMINALS 2 1 2 Digital Output switched voltage is VIN high side switch max Output 400mA short circuit protected ESD protected under full control of embedded application The following command has to be used to initialize and to set the digital output AT GPIO 6 1 1 output switched on AT GPIO 6 0 1 output switched off Mini USB Connector There exist two different variants of the terminal module both in the same housing and both equipped with the USB type connector HT910 Standard The HT910 Standard uses the USB connector for data communication but requires the use of the power connector to power the device HT910 USB Powered The HT910 USB powered variant is be powered directly from the USB connector via a standard 5V USB interface The RJ11 Power connector is assembled but not connected to anything You will find the version of your HT910 on the label on the bottom of the device The table below describes the signals
15. der signal strength as well as cable length 4 1 3 Connections of components to HT910 Terminal The integrator is responsible for the final integrated system Incorrectly designed or installed external components may cause radiation limits to be exceeded For instance improperly made connections or improperly installed antennas can disturb the network and lead to malfunctions in the modem or equipment 4 1 4 Network and subscription Before your application is used you must ensure that your chosen network provides the necessary telecommunication services Contact your service provider to obtain the necessary information If you intend to use SMS in the application ensure this is included in your voice subscription Consider the choice of the supplementary services How to install the modem 4 2 1 Power supply Use a high quality power supply cable with low resistance This ensures that the voltages at the connector pins are within the allowed range even during the maximum peak current When the unit is powered from a battery or a high current supply connect a fast 1 25A fuse in line with the positive supply This protects the power cabling and modem 4 2 2 Securing the modem Before securing the modem take into account the amount of additional space required for the mating connectors and cables that will be used in the application Where access is restricted it may be easier to connect all the cables to the modem prior to
16. e Never try to dismantle the modem yourself There are no components inside the modem that can be serviced by the user If you attempt to dismantle the modem you may invalidate the warranty The HT910 Terminal must not be installed or located where the surface temperature of the plastic case may exceed 85 C All cables connected to the HT910 Terminal must be secured or clamped immediately adjacent to the modem s connectors to provide strain relief and to avoid transmitting excessive vibration to the modem in the installation Ensure the cables supplying power audio headset and input cable to the HT910 Terminal does not exceed 3 metres To protect power supply cables and meet the fire safety requirements when the unit is powered from a battery or a high current supply connect a fast 1 25A fuse in line with the positive supply Do not connect any incompatible component or product to the HT910 Terminal 17 CEP AG may refuse warranty claims where evidence of product misuse is found 3 7 SIM card precqutions 3 8 4 1 Before handling the SIM card in your application ensure that you are not charged with static electricity Use proper precautions to avoid electrostatic discharges When the SIM card hatch is opened the SIM card connectors lie exposed under the SIM card holder Caution Do not touch these connectors If you do you may release an electrical discharge that could damage the modem or the SIM card Wh
17. en designing your application the SIM card s accessibility should be taken into account We always recommend that you have the SIM card protected by a PIN code This will ensure that the SIM card cannot be used by an unauthorized person Antennq precqutions If the antenna is to be mounted outside consider the risk of lightning Follow the instructions provided by the antenna manufacturer Never connect more than one modem to a single antenna The modem can be damaged by radio frequency energy from the transmitter of another modem Like any mobile station the antenna of the modem emits radio frequency energy To avoid EMI electromagnetic interference you must determine whether the application itself or equipment in the application s proximity needs further protection against radio emission and the disturbances it might cause Protection is secured either by shielding the surrounding electronics or by moving the antenna away from the electronics and the external signals cable The modem and antenna may be damaged if either come into contact with ground potentials other than the one in your application Beware ground potential are not always what they appear to be Installation of the modem This chapter gives you advice and helpful hints on how to integrate the HT910 Terminal into your application from a hardware perspective Please read the information given in Safety and Product Care page 10 and then read the information
18. icate with the modem The modem will respond by asserting CTS low indicating it is ready for communication Clear To Send CTS CTS indicate that the DCE is ready to transmit data The default level is high You can define the exact behaviour of CTS through an AT command and can select software or hardware flow control Data Terminal Ready DTR DTR indicates that the DTE is ready to transmit and receive data It also acts as hardware hang up terminating calls when switched high The signal is active low You can define the exact behaviour of DTR with an AT command The DTR line can also be used to switch on the modem when activated for 0 2 seconds The DTR line must be deactivated prior to switching off the modem to ensure it switches off powers down correctly Data Set Ready DSR An active DSR signal is sent from the modem to the application DTE to confirm that a communications path has been established DSR has two modes of operation settable using the AT commands AT amp S Data Carrier Detect DCD DCD indicates that the DCE is receiving a valid carrier data signal when low You can define the exact behaviour of DCD with an AT command Ring Indicator RI RI indicates that a ringing signal is being received by the DCE when low You can define the exact behaviour for RI with an AT command 14 3 1 Operation Switching ON the modem There are two ways to switch on the modem once power is applied
19. ication Restriction CLIR Unstructured supplementary Services Mobile Originated Data USSD Closed user group Internet Protocol Embedded TCP IP stack including TCP IP UDP SMTP and FTP protocol Additional Features SIM phonebook Fixed dialling number FDN Real time clock Network LED support IRA character set Jamming detection amp report Python application resources Python script interpreter allows driving the module internally implementing the application code directly in the Python language Memory 3MB of NV memory for the user scripts and 1 2MB RAM for the Python engine usage Over the Air Application SW update Telits EASY features EASY SCAN automatic scan over GSM frequencies also without SIM card Other features 3x LED for status indication Power Supply voltage measurement via at command Same mounting holes as Sony Ericsson GM29 and GS64Terminal Same connector positions as Sony Ericsson GM29 and GS64Terminal 24 6 Abbreviations Abbreviation Explanations CBM CBS CSD DCE DTE DTMF EFR EMC ETSI FR GPRS GSM HR HSCSD ITU T ME MO MS MT PDU RLP RF RTC SIM SMS TA TE TS Cell Broadcast Message Cell Broadcast Service Circuit Switched Data Data Circuit Terminating Equipment Data Terminal Equipment Dual Tone Multi Frequency Enhanced Full Rate Electro Magnetic Compatibility European Telecommunication Standards
20. in this section before starting your integration work Where to install the modem There are several conditions which need to be taken into consideration when designing your application as they might affect the modem and its function They are 4 1 1 Environmental conditions The modem must be installed so that the environmental conditions stated in the Technical Data chapter such as temperature humidity and vibration are satisfied Additionally the electrical specifications in the Technical Data section must not be exceeded 18 4 2 4 1 2 GSM Signal strength The modem has to be placed in a way that ensures sufficient GSM signal strength To improve signal strength the antenna can be moved to another position Signal strength may depend on how close the modem is to a radio base station You must ensure that the location at which you intend to use the modem is within the network coverage area Degradation in signal strength can be the result of a disturbance from another source for example an electronic device in the immediate vicinity More information about possible communication disturbances can be found in section 5 3 5 When an application is completed you can verify signal strength by issuing the AT command AT CSQ See AT CSQ Signal Strength Tip Before installing the modem use an ordinary mobile telephone to check a possible location for it In determining the location for the modem and antenna you should consi
21. information in this section and the information in Installation of the Modem before starting your integration work 3 5 Safety instructions PLEASE READ THESE SAFETY INSTRUCTIONS AND KEEP A COPY OF THEM Always ensure that use of the modem is permitted The modem may present a hazard if used in proximity to personal medical electronic devices As a rule the modem must not be used in hospitals airports or planes Never use the modem at a gas station refuelling point blasting area or in any other environment where explosives may be present Operating the modem close to other electronic devices such as antennas television sets and radios may cause electromagnetic interference This product is intended to be used with the antenna or other radiating element at least 20cm away from any part of the human body In applications where this rule cannot be applied the application designer is responsible for providing the SAR measurement test report and declaration You are responsible for observing your country s safety standards and where applicable the relevant wiring rules 3 6 General precautions The HT910 Terminal as a standalone item is designed for indoor use only To use outside it must be integrated into a weatherproof enclosure Do not exceed the environmental and electrical limits as specified in Technical Data Avoid exposing the modem to lighted cigarettes naked flames or to extreme hot or cold temperatur
22. l characteristics of the Serial port SIgna S kak kek K 13 Table 7 Operating States of the power up LEL keke e kak K k K K KK A KEK KK K AK KA KEK A KK KK A KK KA 16 TEO ekere Hd ak o hreaeoo o o errmre e e e erebl 22 TOCS ele AO ae ea ec cw lt lt _ lt e A b b p p n pp ppBdB_ MUTFTrT rT T TM msMs sps r il prpVZ f TT E 25 Table 10 Documention Change LOE s i 2jy 141 x5i yen vin ky enin PAN E niin 29 Figure Overview Figure 1 Connectors on rear side of the Terminal ccccccsssccccesscccceeseccccesececcesececaesececseecesseeecceseesecessugeceeseneceesenaeeess 7 Figure 2 Connectorson tront SIGS ofthe WEP IAN Malle yi xarna n 5i a len a W HER ara Ya el ek Dan WAK ka len A Ya n a kena 7 Figure 35Sechemat ofthe Terminals HOUSINE y nnnn nn kn yn An n r A a casa toes ied bel ek ka KAW AR ke SA Yad ed an kel 8 FS RI EL Pil OSCE OM 3 i eli an nan y nio ian vasa nis kak kaka saia neb na ka h re h v n b n a va kirn a eb ben Hasa h da a e b As AV W esas 9 Feure S Min USB D A CONNEC OT iiy ineya n n ein ENE Nika hi erya bayi a 0 A e AA Wa n rne bak k v ya W b d n e abay ek 11 TERMINALS 1 Mechanical Description 1 1 Overview mounting Access to holes
23. may still be stored in some components inside the device has been discharged All cables and wires which are energized and connected to the device the module or components have to be checked regularly for any damage of the isolation shield or fractures of the cables If the supply cables are visibly damaged the device has to be taken out of operation immediately until the faulty cable has been exchanged When using components or modules it is necessary to strictly observe the specification given in the corresponding description of these components If a description for a private end customer not clearly states which electric data is valid for a component or a module how to wire the device which external components or additional devices can be connected or which parameters these components are allowed to have a specialist must be contacted Before putting a device into operation it has to be clarified whether this device or module is meant for the field of application In case of doubt ask specialists or the manufacturer of the device Please note that we are not responsible for any errors in usage or connection Therefore we cannot accept any responsibility for consequential loss Devices which operate with gt 35 Volt have to be connected by a specialist Before putting the device into operation it should be checked that there is no current leakage on the housing 2 TERMINALS In case those measurements with the opened housing a
24. ow In line with serial communication terminology the HT910 Terminal should be considered as the data circuit terminating equipment DCE and the external application or computer as the data terminating equipment DTE The maximum baud rate to communicate with the HT910 Terminal is 230 4 kbit s gt 4V Output Aa Data carrier detect 2 RD Output o Received data 3 TD Input LU Transmitted data 4 DTR Input 7 a Data terminal ready 5 GND 0 V Ground connection 6 DSR Output Data set ready 7 RTS Input a Request to send 8 CTS Output ji i Clear to send 9 RI Output j NA Ring indicator Table 6 Electrical characteristics of the serial port signals 2 5 1 Serial Data The modem supports the standard data character format of Programmable baud rate Auto configuration mode with auto baud 2 5 2 Serial Data Signals Serial Data from Modem RD RD is an output signal that the modem uses to send data to the application Serial Data To Modem TD TD is an input signal used by the application to send data to the modem 13 e iia DI HH HH dmdccn er i 7272 TERMINALS 2 5 3 Control Signals RTS CTS DTR DSR Request to Send RTS RTS is used to condition the DCE for data transmission The default level is high by internal pull up The exact behaviour of RTS is defined by an AT command Software or Hardware control can be selected Hardware flow is the default control The application must pull RTS low to commun
25. r plreereelerrrrrrrrrrrre DD era 13 2 5 2 SOK a We SOAS aa Kasar ea ee n kse e aa heway E a d k ne lk bnd S RE e n U WENE H ked 13 2 5 3 Colllrol Sinal RIS CITS DIR DSR iy ng ne reo eran A ne k kas nee ber AW be s kan 14 r rrrrrr eaerrr r o_er r rrrrrbrrrrkr rar r r r r rardr r r 15 3 1 wena ua gt gt OO USS ep r o pepePpeeeppOePpeDpDprMrM MRRMRM I r r rerrereekeb ebevw a E E rrrrrR r ra rrrreeenbbkb o w w w w nw 15 3 2 SU UCI dl nD2D z2o gt x gt n p gt gt ea gt gt aeeoeoeoarnw no anaerenenoeonaoeoaoroDaroara a ar arr rrrararraarr e er e eem 16 3 3 OPON lane T MONTE eee ene eer ere nn een E oe een eee ern ee 16 3 4 e e ay acl cece gl ha D cree ene een en A EE a 16 3 4 1 Power up LED green LED in the Middle csssccccescssscccceecnsescccsecnsessessecsessessecnsessessecnsessesseenssssss 16 3 4 2 Status LED one yelow One j 0 ayns ens eye y ke donne veiswenseaceeayoeaty y k We KUK a WARAN d Er e NENE WA N HAN 16 3 5 lan didere BdB e erONOOeeee P vkMTMTMVTDDDTPaTr rtrd eb MeM 17 3 6 General rw cl _ _ rrr _ gg gem 17 3 7 IMCA pre ere Ud a ria E E E eee 18 3 8 Antenna pretautio INS L iL nell aE A EE 18 4 Installation Of the MOCEM cccccccssssssssesccceccennsssssscccccseonssseascccecssnaassese
26. re necessary an isolating transformer has to be integrated for safety reasons Alternatively the voltage can be supplied by an appropriate power supply which complies with the safety regulations All wiring work has to be done in a voltage free state only d N yaye TERMINALS Table of Contents OOK FAI ONDA COM sececenaeuceebazactecreasssocnnedeaeuenec ase ubnecedseneaiianoecd E E E 2 2 r gt gt gt eereeee e _e v vwmwrrrrr rz J a 2 Real Bes eb a ce _o__www _o_ _ zgsg g g _ J e hyza2as nnot 7 1 1 Serra zrtrrrrgXR g grrrrrrrrrrr HH H ZgW rrrrl rrrrrr J oe j _ 7 1 2 Physical DIMENSION and WEIS IE si icl cnacn elek a cay n kany ekok an n K k an bayk en b ne ai k n ken de n K k Ke e h kan b h ky a W y na bn 8 7 Ree Bke oa DD nr ein eto ee ene ate eae one r r r rrr r r XelHH Hj eee ee ee 9 2 1 ku Lod ce gt re E 9 2 1 1 nk wWwaDlTTl gt gt wwwee o o o r rwrwyryr ecec_cdceee r oe el E T 10 2 1 2 Bar OUO ener ern eo mT Pa nn TO am nea ee are eS 11 2 2 MN SB CONNECCION oirrn eos ag te tee sas coesenn acco ee note deseo ates snnsaessdecgeecceneete sito eueesansnneeate rrr 11 2 3 Penni lte nale O aiis ann rh oeoeoeoe rrr aa rararararar rrr ER 12 2 4 a eel rzt _e e e e N NJJJJJJ_rlrh_hr r rvmrmrm m gt __w_v_o_r_r_ py 13 2 5 FR SeA PON ears arene ot aro cess vos ys ware else rrr r NE EE EA N T 13 2 5 1 wana AN r gt _
27. reader FME male coaxial jack antenna connector Sub D female socket 9 pin RS232 serial port Power Connector An RJ11 6 way connector as shown and described below serves as a means of supplying and controlling DC power to the modem The supply voltage VCC required by the modem is in the range 5V 32V DC Application of the supply voltage does not switch the modem on To do so an additional active high control signal TO_IN must be applied for gt 5 seconds Please see chapter 3 1 Switching the modem on for further important details about TO_IN and power supply requirements especially if TO_IN is applied in parallel to VCC VCC and GND are reverse polarity and over voltage protected This does not apply for the GND on the antenna connector if this coax GND shield are connected to your applications ground plane PIN 6 5 43 21 Figure 4 RJ11 Pin Connector Pin TT EEE 1 VCC 2 ADC_IN not applicable in USB Power variant 3 HR_IN 4 TO_IN 5 optional DIG_OUT 6 GND Table 1 Pin Description KEREKER KERRAN Positive power input DC Input 5 32V 2 Aw Ly Input 0 32V Analogue Input not connected Active high control line used to switch off VIH gt 5V V L lt 0 5V Power off t gt 5s Positive edge triggered signal used to switch on the modem VIH gt 5V V L lt 0 5V Power on t gt 5s DIG_OUT or not 5 VCC optional Digital Output connected max 32V Output Neg
28. sccecseanasseaececeesscaassesescececseaanseseseceesenaaneens 18 4 1 WV IETS TO TMS Call Ee mode een A E ONE sees 18 4 1 1 Environmental CONGITIONS sesser geen E a AE ka aye bak awke RE e ak na e KWA wa aw b y ke k eys anv ae AG 18 4 1 2 c z2r oD b r rrr r r rrseeeebeebe b b o wW wZ aa 19 4 1 3 Connections of components to HT910 Terminal kk kek keke k k keke 19 4 4 1 4 NetWork ea lea DB gr eee nen ee eee ee 19 4 2 HOW LO INSTA ls daner 2zo0 o0 gt gt o gt o gt o nn nun R R R BXXRX RrRr rX 55 5r r rara a a amp 5X s99W9 gt 5 x gt Z gt p zwz Z mm ma 19 4 2 1 rz vr_rrrrrr eo J J JJJna 19 4 2 2 SC lli DS IO rr T rrr eee oma 19 4 3 PRT ya aco tia rrr Sound aye an ae yen eee een awa rr _vYD 20 4 3 1 _ gt e xexc e wae ea wz yzzzz rl err o an awawararara ra aa ry eJeoDy N N hlJAIZUZTZNIMZDMMMDD 20 4 3 2 AVG 1G 012 6 rrr ee Ee ne en eee er ene eee eee re eee ee eee eee eee 20 4 3 3 Antenna placene a DD Dm r a eem 20 4 3 4 PF YU GE FUME A FS cas tteschqust cesta esare oak erect eter _ r ggo ryrere br rd 20 4 3 5 Possible COMMUNICATIONS disturbances sssssseeceeccecccceeeeenaseeeessseeeeeeeeeeeeeeeeeeeeeaaaeusssseeeeeeeeeeeeeeeeennaaas 21 4 4 Additonal Software COMIC UI ALON y m5n 5y j55 135555 S l n ben a MA EL Pek H eh De SA NN h1 e AW l Suka 21 4 4 1 Activa
29. ting Deactivating Antenna Diversity in the Terminal keke 21 4 4 2 Activating 7 Deactivatine 3G IV OCG sessies sneen ae nicuts asd San pkk k nena kin n d k n ew bA 21 4 5 CEP CCFO A aarrrrrrrrrrrH rrr r rr rrr rr HHH redd 22 gt TOn aD NANAN eer N E E ee en eee ere 23 EIS r rr eevawr rr rrrrdr a 25 F COMPE eo eck a a7 2 0 hc een mre ene nee en en ane ree o o a o mum 26 7 1 CE Deca TOTO OT ON UE uk 4535yan a knee K gis SEKE ae ioc eure AN Ked EKEN KE KE ree vers new SEWE E 26 7 2 TESA wew a_ mz em a n E E O EE 27 o SON Sore 016 fis 0 9 r orr _ o o pp gt rwr gt reo gt eJ ml eer eer ree eee rere 28 Documentation Cie LO sy 5 xe eee ran e e Ke hae KE S G n YEKEK Ke YENO Re N OA KEN A R n SN re e ONE R b HE be n k cA KEK 29 TERMINALS fo ten De L HB A On a OST ne ene Or eer 10 Table 2 RITA Pin and Signals DescflptlOll l sicesmeescedyoavieaccewsonatoasmedtecasecadsarnuessuarssedancueiedamneweaednia Ewe h w k 10 Wale E xamples ATnalog IhDU L 3 x y45y112y5513454545545 4 5ni3 XWE We a En WEY EKRAN ca Wa nya W e W KAK S xi NEVE SA UW KU n K KEM KO k NA DAMAR 10 le Min SB Ui nrt N e ye J r le ar e za Rnm 12 Table 5 Recommended characteristics of the serial port signals hhL L L L L N kk kek 12 Table 6 Electrica
30. uct Model Number 0607 Regulations to which conformity has been verified Type of Test FCC 47 CFR Part 15 Subpart B Class B Measurement Procedures ANSI C63 4 2009 Test House Bureau Veritas Consumer Products Services Germany GmbH Test Report ECL EMC TR 14 161 V01 00 This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference 2 this device must accept any interference received including interference that may cause undesired operation This device contains a Transmitter Module FCC ID RI7HE910 with following Grant Notes Single Modular Approval Manufacturer s name CEP AG And address Raiffeisenallee 12b 82041 Oberhaching M nchen Germany 27 08 2014 Date Name Frank Heineck Board of Directors e TERMINALS a a a T Y DnRD EDYDYDRFRBDRBDBEaERE I pzywNy _ SRRRE ZZzZZZZDVVVDDD CEP AG Cellulare Produkte Hypo Vereinsbank Sitz der Gesellschaft 82041 Oberhaching Aufsichtsratsvorsitzender Dr Helene Prigge BLZ 700 202 70 HRB 143723 AG Munchen Vorstand Dr Ditmar Prigge Vorsitzender Kto 80 84 1370 UST ID DE813494442 Frank Heineck 27 TERMINALS Service and Support To contact customer support please use the contact details below Customer Support CEP AG Raiffeisenallee 12b 82041 Oberhaching Germany E mail support cepag de or Tel 49 89 450 292 11 Information abo
31. ut CEP AG products and accessories is available on the following web site http www cepag de Please contact us via e mail if you miss anything on the web and we will provide it to you personally via e mail CEP AG may at any time and without notice make changes or improvements to the products and services offered and or cease producing or commercializing them 28 TERMINALS 9 Documentation Change Log enson Some Teme EN Rev 1 0 Rev 1 2 Rev 1 3 Rev 1 4 01 07 2013 21 03 2014 27 08 2014 20 01 2015 Initial Version Update Document Layout Updated Section 7 Added new sections 4 3 6 amp 4 3 7 Table 10 Documention Change Log 29
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