FW-G930 GSM TOP-UP MACHINE &PAYPHONE SPECIFICATIONS

Transcription

1 FW-G930 GSM TOP-UP MACHINE &PAYPHONE SPECIFICATIONS

2 Copyright 2012 FUNCTION all rights reserved. No part of this publication, including design, graphic images, photographs and icons may be reproduced or transmitted in any form, by any means (electronic, photocopying, recording, or otherwise) without the prior written permission of the publisher. Document Version: G FUNCTION GROUP FUNCTION (HUIZHOU) TELECOMMUNICATIONS CO., LTD ADDRESS: No. 6, Huifeng East 2 Road, ZhongKai Hi-Tech Zone, Huizhou, Guangdong, China TEL: FAX:

3 Table of Contents 1. Scope Introduction Basic Operation General Features Environmental Mechanical Characteristics Housing Lock and Keys Handset & Cradle Hook Switch Assembly Keypad (3x4) Function Keys Color Display Bill Acceptor Coin Box Vault Coin Box Coin Mechanism Anti-stuffing coin return assembly Coin Escrow Electrical Characteristics Real time clock Power GSM Receiver / Transmitter parameters GSM Sensitivity GSM Receive Frequency GSM Transmit Frequency GPRS Memory and Program Retention Called Subscriber Answer signal Meter Pulses Tones Ringer EMC Operating Features Call Rating and Charging... 12

4 8.2 Self Diagnostics Anti-Fraud Operation Remote Access Management System with Internet Protocol (RAMS-IP) Minimum Configuration Distributed Configurations RAMS-IP Functions Data Transfer Alarms Properties Site Maintenance Valid Number List Rate Tables Coins Report Creation and Generation Data Base Clean Out... 15

5 1. Scope This document is intended to provide the reader with an introduction and specifications for the G930 GSM TOP-UP Machine & payphone designed and manufactured by Function International, a Function Group Company. 2. Introduction The G930 GSM TOP-UP Machine & payphone allows ticketless vending of Minutes Of Use (MOU) for prepaid cellular service with coin and bill acceptor payment methods as well as payphone calling. The G930 can work directly with the service provider s system via USSD or GRPS for TOP-UP (recharge). It can also interface to Function s Refill System 4 (FSR4) an intermediate server that can communicate with multiple carriers / card centers. The G930 is designed to meet the stringent requirements of a public terminal and to provide a simple, friendly graphical user interface and a high visibility point for advertising. The G930 is remotely programmable and monitored by Function s RAMS-IP utilizing GPRS data communications. 3. Basic Operation The G930 is powered by 12VDC that can be derived from the included AC/DC adapter or from other sources such as an optional solar power system. There is an internal battery for operation during periods of power failure. Internally there is a computer (CPU) that performs calculations, processes data from the peripheral assemblies and communicates with a remote access management system (RAMS-IP). The G930 provides user instructions through the large color graphic LC display. A standard 12-button keypad provides the user the facility for dialing the desired destination number. Four function keys enable user controlled operations such as handset receive volume, language, new-call, and redial. The CPU analyzes the digits dialed and calculates a rate for the initial period. The user receives a prompt on the display to deposit the required amount. An electronic coin scanner measures the diameter, thickness and metal content of the coins deposited and either accepts them into the escrow or returns them to the user via the coin return assembly. The bill validator analyzes the inserted bill and if valid holds it in escrow until the transaction is complete. If the bill is determined not to be valid or the transaction is cancelled the bill will be returned to the user. Once the required deposit amount is achieved the CPU will send the required digits to GSM module. Automatic translation of the user-dialed number allows least cost routing. Upon receipt of a signal from the local exchange that indicates the called party has answered, the terminal will collect the escrowed funds. If the call is not completed the coins/ bill are returned to the user. For TOP-UP / Recharge the user is presented with a menu of options and is prompted for the required information. Based on the user s selection the G930 will Version: G

6 request the amount of funds to be deposited. Once the correct amount of coins or correct bill denomination is inserted the G930 will process the transaction. Upon receipt of acknowledgement that the transaction was completed terminal will collect the escrowed funds. If the transaction is not completed the coins/ bill are returned to the user. The CPU collects data related to the transaction types, the money collected, operating statistics and any functional abnormalities. This data is reported to RAMS-IP immediately or at a pre-defined time as warranted by the data type. RAMS-IP stores the data in a database that can be used to supply operations and management with information needed to run a successful operation. RAMS-IP can also re-program the phone with partial or complete software programs and parameters as required. 4. General Features 4.1 The G930's vandal-resistant design allows it to be installed in non-supervised environments such as shopping centers, grocery stores, convention centers, hotels, airports, subway stations, bus terminals, train stations, and other public places. 4.2 The G930 uses the GSM network for voice and data connection. The G930 can be powered from a AC to DC converter or batteries / solar panel chargers. 4.3 The G930 uses a new generation processor with the following features: 80MHz, 1.56 DMIPS/MHz, 32-bit MIPS M4K Core 512K Flash (plus 12K boot Flash) 32K RAM (can execute from RAM) RUN, IDLE, and SLEEP modes Multiple clock modes for each power mode, enables optimum power settings Fail-Safe Clock Monitor allows safe shutdown if clock fails Hardware RTCC (Real-Time Clock and Calendar with Alarms) Watchdog Timer with separate RC oscillator 4.4 The G930 is designed with 3 Volt technology to operate with lower power consumption. 4.5 The G930 is equipped with a 2GB Micro SD card memory, providing ample space for 100+ LC display ads 4.6 The G930 uses the GPRS data network for communication to Function s Remote Access Management System (RAMS-IP) at speeds up to 85.6K bps. Bi-directional communication is achieved by RAMS-IP sending encrypted SMS messages to the G930 requesting the phone to call back to RAMS-IP. GPRS is also used for communicating TOP-UP transactions to a card center. 4.7 The G930 uses the GPRS data network for communication to Function s Remote Version: G

7 Access Management System (RAMS-IP) at speeds up to 85.6K bps. Bi-directional communication is achieved by RAMS-IP sending encrypted SMS messages to the G930 requesting the phone to call back to RAMS-IP. GPRS is also used for communicating TOP-UP transactions to a card center. 4.8 RAMS-IP allows an operator to enter all operating properties, rates and dialing patterns into files for download to the G930. RAMS-IP also allows new operating software to be sent to the phones as needed. 4.9 The G930 Series uses an extra-large color graphic display (8 ) with a resolution of 800x The G930 can detect Called Subscriber Answer from the GSM network messages Call charges are based on a variable duration, variable rate scheme, that can be automatically self-adjust to reflect discounts for time of day and holidays. All rates are entered via RAMS-IP and are remotely downloaded to the payphone The G930 will accommodate dialing of any pre-designated free calls. 5. Environmental 5.1 The G930 telephone housing assembly and construction protects internal components against dust, and moisture ingress. 5.2 The G930 Series payphone can be stored in an environment of -30 degrees Celsius to 55 degrees Celsius and up to 95% non-condensing relative humidity for a period of 3 months, with no degradation of its performance. 5.3 The G930 Series is designed to operate within a temperature range of -25 degrees Celsius and 55 degrees Celsius and with up to 95% non-condensing relative humidity. 5.4 Vibration at a frequency of 10HZ-50HZ and a displacement of 0.35 mm will not cause any mechanical damage and component loosening. 5.5 Collision with acceleration of 100m/s2, pulse duration of 16ms and vertical direction times of 1000+/-10 will not deteriorate the performance of the phone. 5.6 Protection of the power input line should be done outside of the payphone. 6. Mechanical Characteristics Housing Constructed of cold-rolled steel of 2 mm and in many areas, the thickness of the steel is doubled or tripled. The steel is coated using a Cationic Electro-Deposition (CED) process. The final Version: G

8 finish is a durable powder coat that is baked on at high temperature. The housing consists of an upper (front) section and a lower (rear) section that are connected with an internal hinge. The two pieces can be separated for ease of maintenance if desired. The two sections mate using a tongue and groove method coupled to protect against water ingress. The upper housing is locked to the lower housing using a key and wrench system providing 3 latching points. The dimensions are: 560 mm (h) x 285 mm (w) x 210 mm (d) 22.1 in (h) x 11.2 in (w) x 8.3 in (d) 6.1 The weight is 25 Kg / 55.1 Lbs 6.2 Face The mounting system is designed to provide maximum security. Four security studs are attached to the rear of the housing for fixing the phone to the mounting surface. A minimum of four security screws are used to lock the payphone to the mounting surface. A mounting backboard is sold as an option. Stamped / paint filled icons provide the user with operating directions. 6.3 The unit has no sharp edges or protrusions. Lock and Keys Tamper proof locks and high security keys are used. Upper locks are common for all phones, but are unique for each customer. Lower locks are different for each phone. An electronic vault door lock is available as an option. The keys are made of cupronickel. Handset & Cradle LEXAN and XENOY serial polycarbonate thermoplastic material is used for the handset and caps, which offers high resistance to shock, scratches, impact, harmful substances and high temperatures. It meets UL94 Flame Class 94V-0 rating. The caps on the receiver and transmitter are permanently bonded to prevent their removal. The handset is weight balanced in design so that it is comfortable to use. Receiver Version: G

9 The receiver is electro-dynamic and contains a membrane providing protection against dust, insects and moisture. The surface of the electrodes is protected against corrosion. Impedance: 150 ohms ± 30 ohms Frequency Response: Hz 6.4 Transmitter The transmitter is electro-dynamic and contains a membrane providing protection against dust, insects and moisture. The surface of the electrodes is protected against corrosion Impedance: 120ohms ± 20% Frequency response: 200 to 5000 Hz. 6.5 Handset Cord The handset cord is protected by a flexible armored stainless steel tube supported by an internal steel cable (lanyard) which provides a minimum of 450 kg of pull test without harm to the cord assembly. The entire assembly is able to withstand such a force without damage to the handset, handset cord, mounting bracket or housing. The terminal connector is made of cupronickel to increase its conductivity and protect against rust. The handset wires are made of tensil, insulated conductors. A double locking attachment bracket secures the lanyard to the payphone case. The handset cord is 81.3 cm / 32 inches in length. The insulation resistance between any two wires is more than 100 a voltage of 250 VDC., (non-condensing relative humidity of 95% and a temperature of 25 degrees Celsius) The handset cradle is made of a die-cast zinc alloy which is chrome plated. It is designed to hold the handset in place while the phone is not in use and ensure the hookswitch lever is properly depressed. Hook Switch Assembly The hookswitch assembly consists of a hookswitch lever, a microswitch with cable and a mounting bracket. The hookswitch lever is die-cast zinc alloy with chrome plating. The hook switch is designed to withstand rough treatment from users. The micro-switch is vacuum-sealed for protection against dust and moisture. Version: G

10 The micro-switch contacts are plated with platinum, providing optimum electrical and mechanical performance. The hook switch cannot simulate dial pulses when manually operated. The minimum number of hook switch operations is 1,000,000. Keypad (3x4) The keypad is mounted in a manner to provide maximum protection from abuse. The keypad unit complies with all specifications of the ITU Recommendations. The keypad is laid out in a 3 by 4 matrix with alphanumeric characters arranged according to the ITU Recommendations. The alphanumeric characters are indelibly engraved on the keys and paint filled. Size and line thickness of these markings is designed to provide optimal recognition and will not deteriorate during the life of the payphone. The keys have a concave surface. The material of the keys is plated die-cast metal. The keypad allows a minimum of 1,000,000 operations per key. A pressure of about 3 Newton s is required for key depression. The keypad has adequate protection against moisture and dust ingress. The keypad will transmit satisfactory digits regardless of the position at which it is pressed. Function Keys There are four fixed function keys to provide user convenience. Each key is labeled with an icon representing its function. The language function key allows the user to change the display messages to the next language programmed in the phone. The volume function key allows the user to increase the volume by one step. Each step is 6db and there are three steps. After the last step the volume will return to the lowest step. The new call function key provides the user with a new dial tone, keeping any remaining credits available for the completion of the next call. The redial function key provides the user with ability to redial the last number dialed. Once the user replaces the handset the last number dialed is cleared from memory. There are four soft function keys located adjacent to the display. These keys provide software controlled function key operation. Version: G

11 Color Display 6.6 The display has the following features: LCD dot addressable providing characters and graphics Bright backlight provides readability in darkness Scrolling advertisements Displays large logos for company branding and advertising Provides user instructions Comprehensive diagnostic and setup menu 6.7 The specifications of the display are as follows: Screen Size : 8 Resolution: 800 (H) x 600 (V) Pixel Arrangement: R, G, B Vertial Tripe Display color : Full colors The display is protected by a 4 mm thick tempered glass lens. The bottom of the display is slanted inward 3 degrees to improve character definition and reduce glare. Fully downloadable from RAMS-IP (excluding ads) Bill Acceptor The bill acceptor features four way insertion, auto calibration, secure removable bill box, bill box detect switch, and a low power mode. 6.8 Specifications: Accept rate: > 96% not including wet, torn, defaced or folded corners Transaction speed: ~ 3 seconds typical Bill Capacity: ~ 90 Power consumption: 5W - standby Power consumption: 23.5W - operating Power consumption: 70 µa power save Alarms: Bezel LED: Flashes red to indicate an error condition Back LED: Flashes indicating one of the following. Version: G

12 LED Flashes Status Corrective Actions Remove the bill box by sliding the top button and the 1 Bill jammed bill path unit (as figure.10) and then remove the jammed bill 2 Disable Inspect for right DIP switch setting 3 Recognition sensor error Inspect for foreign objects on sensor or bill path and clean 3-2 Hook sensor error Inspect for foreign objects on security hook and clean 3-4 Out sensor error Inspect for foreign objects on sensor or bill path and clean 4 Anti-string sensor error or a Inspect for foreign objects on sensor or bill path and stringing attempt has detected clean 5 Bill box has been removed Replace the bill box 6 Stacking error or bill box full Empty the bill box 7 Motor error Inspect for foreign objects on bill path and clean 8 RFID error Remove the bill box and then install it one more time Coin Box Vault Coin Box The coin box vault is sealed with a door that is secured with a key and wrench locking system. The key is unique for each phone. An electronic vault door lock is available as an option. The coin escrow is secured from within the vault. This ensures that only a person(s) with both the upper and lower keys can remove the escrow. The wall thickness is doubled in this area. The coin box has a capacity of 2.1 liters. The coin box has provision for installation of a security seal or pad lock. The coin box has a removal lid that uses a one-shot open system. The lid is reset from inside and then the lid is sealed or locked shut. The coin box can then be inserted into the vault and the opening in the lid will automatically retract. Upon removal the opening will automatically close and will not reopen until reset from inside. The box is equipped with a distribution ramp, which will change the direction of the coins so that they are well distributed in the box. There is a magnetic switch that signals the CPU when the coin box is removed. The CPU then prompts the collector to enter his ID number. The CPU then transmits the amount of money and time of collection to RAMS-IP. 6.9 Vault Door Version: G

13 The material of the vault door is 4mm thick. The door can only be installed in the correct orientation. There are four active bolts of HRC50 hardness that latch into the vault area. Coin Mechanism The Electronic Coin Scanner is designed to accept six denominations. Valid coin sets can be downloaded from the management system. The scanner analyzes the diameter, thickness, and alloy material of the coin and compares it to known valid parameters. Valid coins are directed to the escrow and invalid coins are directed to the coin refund assembly via the coin return chute. Coins of 32mm in diameter and 3.2mm in thickness can be accepted. Anti-stuffing coin return assembly The coin return assembly is designed to return users coins for uncompleted calls. The assembly is designed to reduce the entry of paper and other materials that may be used to STUFF the device by thieves. The back of device is designed with a door to release foreign materials and prevent internal damage if explosive devices are inserted. The assembly is made of a die-cast zinc alloy that is chrome plated. Coin Escrow The escrow uses two 12v solenoids to take or to refund coins. The coin escrow storage can hold up to approximately 30 coins. The escrow is software controlled and synchronized with the coin scanner. This allows optimum performance while maintaining user acceptance. The software limits the maximum amount a user can input based on a preset value for local calls. Once the dialed call is recognized in the valid call list the phone will not accept more than the current period amount. Any amounts left in credit at the end of a call are subtracted from the amount requires / allowed for a subsequent deposit. 7. Electrical Characteristics Real time clock A real time clock is provided for accurate call rating by time of day and for transaction logging. The real time clock is adjusted / updated during each communication with RAMS-IP. Version: G

14 Power Feed: volts DC Consumption on-hook: Consumption off-hook: 125mw 2w max GSM Receiver / Transmitter parameters The main parameters for the Receiver are: GSM850/EGSM900 Reference Sensitivity = -108 dbm (typ.) DCS1930/PCS1900 Reference Sensitivity = -108 dbm (typ.) 200 khz : > +9 dbc 400 khz : > +41 dbc Linear dynamic range: 63 db Co-channel rejection: >= 9 dbc The main parameters for the Transmitter are: Maximum output power (EGSM): 33 dbm +/- 2 db at ambient temperature Maximum output power (GSM1930): 30 dbm +/- 2 db at ambient temperature Minimum output power (EGSM): 5 dbm +/- 5 db at ambient temperature Minimum output power (GSM1930): 0 dbm +/- 5 db at ambient temperature GSM Sensitivity < -108dBm typical GSM Receive Frequency 869 ~ 894 MHz 925 ~ 960 MHz 1805 ~ 1880 MHz 1930 ~ 1990 MHz GSM Transmit Frequency 824 ~ 849 MHz 880 ~ 915 MHz 1719 ~ 1785 MHz 1850 ~ 1930 MHz GPRS GPRS class 10 capable Memory and Program Retention The entire information of the payphone is stored directly in Flash Memory without external RAM and will not lose data in case of loss of electrical power. Version: G

15 Called Subscriber Answer signal The GSM network message for CSA is utilized to indicate remote answer. Meter Pulses Tones The GSM network message for CSA is utilized to indicate remote answer. 7.1 Payphone signal (cuckoo tone) This tone is generated by the payphone for specific call types to notify the receiving party that this is a payphone originated call. It is useful to prevent unauthorized charging of calls to the payphone number Frequency it is a combination of two frequencies fl and f2 with the following range: F1= Hz F2= Hz F1/f2 =1.2 to 1.5 Level: -20 ±3dBm Duration: 200ms Breaking line: 2s Total sending: 3 times 7.2 Credit Expiry tone This is the tone generated from the payphone advising the user that the remaining time (e.g. 20 seconds) is about to expire and that additional payment is required to prevent forcible cut off. Frequency: Level: Duration: Breaking line: Total sending: Hz 60 ± 10dB 1 Second 2 Seconds 3 times Version: G

16 Ringer EMC The ringer parameters are as follows: Ring voltage: V Ring Frequency: Hz Ring Sensitivity: 100 mva Ring Loudness: 70dB Ring Resistance: 3.0KΩ EMC characteristics are as follows: Distance Item 0Km 5Km 1. Sound Demodulation 50dBspl 50dBspl 2. Electric Demodulation -50dBm -50dBm 3. Magnetic Emission MHz MHz 1 30 MHz 4. Electric Emission MHz 5. Conducted Emission MHz 8. Operating Features Call Rating and Charging 24dBμA/m 0dBμA/m -6dBμA/m lg (dbμa/m) 46dBμv 24dBμA/m 0dBμA/m -6dBμA/m lg (dbμa/m) 46dBμv 8.1 The G930 Series payphone will display the value in currency and remaining time during the call. 8.2 The payphone system allows for periodic changes in the rates. New rates can be stored by the management system and transmitted from time to time to the appropriate payphones. 8.3 The payphone will alert the user by means of the display and an audible tone in the ear piece, that his balance is low and the call is about to expire. He should deposit coins or insert another bill within the specified period of time (i.e. 30 seconds) to avoid any possibility of forcible cut-off. 8.4 The system is designed so that new rates may be transmitted to a specific payphone Version: G

17 or a group of payphones without on site visit by a technician. 8.5 All calls are programmable at variable rates and according to variable time charging schemes. The payphone, based on the following factors, will determine the appropriate rate: Telephone number dialed Time of day Day of the week Possible discounts for holidays and other events. 8.6 If the dialed number is a free call (e.g. operator or emergency), the phone can operate without the introduction of a prepaid card or coins. 8.7 The payphone will incorporate all required dialing sequences prior to sending these to the GSM module. Self Diagnostics 8.8 The payphone performs self-diagnostics and will report faults to RAMS-IP. The detectable events are: Keypad stuck Upper housing opened Coin box removed Bill box removed Inactivity threshold exceeded Bill acceptor error Memory failure Coin box xx% full Coin box full Bill box % full Bill box full 8.9 A technician may check the status of the payphone by entering the test mode at the payphone. Any alarms will be shown in the display. See Installation Manual for details. Anti-Fraud Operation The G930 Series phones have multiple features for helping to prevent fraud. The microphone is software controlled and will not be opened until the correct deposit has been made and CSA has been received. The GSM module utilizes SIM module security. Version: G

18 The G930 SIM PIN locking capability. The G930 provides subsidy locking capability. 9. Remote Access Management System with Internet Protocol (RAMS-IP) The G930 operates with the Remote Access Management System (RAMS-IP), a software based payphone management system. RAMS-IP must be connected to a high speed internet connection with a static IP address. The payphones will communicate with this IP address via a TCP/IP connection. RAMS-IP may communicate with our GSM payphones located anywhere in the world. This innovative system provides the ability for the customer to: Remotely upload the G930 Series Station Message Details Records (SMDR) into a database for analysis. Remotely download rate data, operating properties, and new software revisions to the payphone. Verify the status of the payphone by uploading the diagnostics file. Monitor the phones for alarms Generate reports of the data collected Minimum Configuration In the basic configuration the three software functions - database service, communication server (between the management system and the payphone), and the operator interface - are integrated into a single computer system. This configuration can support up to 5000 payphones, depending on system configuration, number of users, and the activity level of the phones. Distributed Configurations RAMS-IP may be configured with a dedicated communications server, a file server, and workstations connected via a LAN or WAN. RAMS-IP Functions Data Transfer At pre-set times the payphone will call RAMS-IP to download information regarding operation status and activity history for revenue tracking (revenue collected from local, long distance and international calls), number of calls made during a given period, and self-test results. Version: G

19 Alarms The payphones can be called from RAMS-IP individually or in batches. The batches can be set to run automatically. In order for RAMS-IP to contact the phones it sends an SMS message to the phone to tell the phone to connect to the RAMS-IP IP address. In the event of detectable event the payphone will immediately report its status to RAMS-IP. Properties The customer can edit the properties for each group of phones to customize the way that they operate. Changes can be sent immediately or during the next communication session. Site Maintenance Addition, deletion and modification of phone details is performed as needed from the user interface. Changes can be sent immediately or during the next communication session. Valid Number List The operator has the capability to add, update and delete valid numbers and how they are actually dialed to the network. Rerouting, data collection and rate definitions are associated with each valid number as required. Changes can be sent immediately or during the next communication session. Rate Tables The operator has the capability to add, update and delete rate tables that define the amount to be charged for each valid number based on the time of day, day of week, and holiday. Changes can be sent immediately or during the next communication session. Coins The operator has the capability to add, update and delete valid coins to the tables that will be sent to the phone. The value and size of each coin can also be changed. Changes can be sent immediately or during next the communication session. Report Creation and Generation RAMS-IP provides a number of reports for use by technicians and management. Additional reports may be created using optional report writers linked to the database. Data Base Clean Out RAMS-IP is designed so that unneeded information may be purged from the system manually or automatically. Version: G