Fig. 2.1. Functional diagram of RUH2b router................................................................................................ 10
Fig. 3.1. View from the SIM ca rd side.............................................................................................................11
Fig. 3.2. View from the antenna connector side.............................................................................................. 12
Fig. 3.3. View from the top (ro uter ind icators)................................................................................................. 12
Fig. 3.4. Produ ct la b e l.................................................................................................................................... 14
Fig. 3.5. Power supply connector................................................................................................................... 15
Fig. 3.6. Interface co nnecto r.......................................................................................................................... 16
Fig. 3.8. USB connector................................................................................................................................. 18
Fig. 3.9. SMA connector and antennas.......................................................................................................... 19
This docum ent is part of the “iRZ Rout er Instructions P ackage” and contai ns explanat ory inform ation only
about the technical specifications of iRZ router and some examples of the settings. For more information please
see section 1.2.
Document version Issue date
1.12 11.12.2013
Prepared by D.S. Afanasiev, V.N. Golovin Approved by D.S. Pavlov
1.2. Instructions packet overview
For com prehensive operating information, please read t he full set of iRZ router documentation. The full
documentation package is available in the "Support" section of the website www.irz.net.
4
1.3. Terms and abbreviations
Router - iRZ RUH2b Router;
3G – a general description of a set standards de scribing the work in UM TS and GSM networks: GPRS,
EDGE, HSPA;
Server – this term can be used to mean:
a server part of a software package used i n a computi ng complex;
rol es of a component or an obj ect in a structurally functional techni cal solution diagram being deployed
using the router;
a computer providing certain services (network services, data processi ng and storage, etc.);
Technical so lution – an idea or a docum ent describing a set of technical m easures and/or activit ies to
perform a specifi c task that requi res f uncti onali ty of component s used in this solut ion, which ar e interconnected
and interacting in a certain way;
External IP address – an Internet IP address assigned by an internet connection provider to customers for
use on their equi pment to ensure the possi bility of a di rect comm unication with custom ers’ equipm ent via the
Internet;
Static external IP address – an external IP address, which may not change in any circumstances
(changing a custom er's equipm ent type, etc. ) or ev ents (reconnecti on to a net work servi ce provi der, etc.); t he
only possibili ty to change a static IP address is by sending an application to the service provider;
Authentication – a procedure f or authenticati on of a user/customer/ node by compari ng their detail s with
the respectiv e details of this user name/login in the database at the time of the connection;
Router web-interface router – a managem ent tool built into the Router that provides a possibility to control
and customize its functions, and to monitor the status of these functions;
Remote device (remote site) – a device, geographically remote from a particular place, or object/node.
5
2. Device information
2.1. Purpose
A router i s a m ulti disci plinary radio-t echnical subscriber device t hat works in cel l ul ar GSM/UM TS net works.
Router allows solvi ng challenges of data transfer, reception, protection, and computer network support.
2.2. Communications standards
HSPA (speed: data transfer - up t o 5.76 Mbps, recepti on - up to 7.2 Mbps);
EDGE;
GPRS;
USSD;
SMS;
Wi-Fi (
optional, by using an external adapt er
).
2.3. Hardware specifications
Table 2.1: Key features
Type Feature
Processor ARM920T
Dynamic RAM 64 MB
Flash memory capacity 8 MB + possibility to expand to up to 2 GB
Ethernet connector 10/100Mbit, 100BASE-TX, MDI
COM connector RS232 (TX, RX, GND); RS485
USB connector USB 1.1
6
2.4. Compliance with the standards
Table 2.2: Standards
Standard Description
* radio-technical implementation of th e Ethernet interfac es, RS232 / RS485 and USB w as implemented on the basis of Atmel micro
controller (series 9200)
Ethernet (IEEE 802.x)*
The hardware that provides the router operation in Ethernet computer networks, designed
in accordance with the recommendations of the international standard IEEE 802.
RS232 / RS485 (EIA-232 / EIA-485)*
The interface used in routers to transfer user data designed in accordance with the
standard RS232 / RS485 recommended by the International Association of the Electronics
Industry - EIA.
USB*
Universal Serial Bus interface (the current version - USB 1.1) designed primarily to connect
a USB drive to the router. This allows to increase the volume of service information
registered by the router during operation (the system log, Status and log à System Log ).
It can also be used to enhance the router functionality by connecting to the USB port
adapters USB-Ethernet, and USB-COM.
7
2.5. Physical Characteristics
Table 2.3: Physical Characteristics
Type Feature
Body dimensions (without conne ctors) maximum 154x76x30 mm. (LxWxH)
Product dimensions (with the connectors) maximum 167x76x30 mm. (LxWxH)
Product weight maximum 210 grams
Working temperature range from -30°C to +65°C
Storage temperature range from -40°C to +85°C
Allowable humidity the relative humidity should not exceed 80%, and the
temperature should not exceed 25°C for the device to
operate as designed.
2.6. Storage and operating conditions
The device should be stored in a dry, humidity-proof place. A risk of the influence of static voltage
(lightning, static electricity) must be eliminated.
The tamper-protection class corresponds to IP20 GOST 14254-96.
Allowable vibration:
The device can retain its mechanical properties under mechani cal loads of the 15 l evel of hardness f or
sinusoidal v ibration as per GOST 30631-99; the vi bration frequenc y of 80 Hz should not be ex ceeded f or the
equipment operating in motion, installed on tractors, track machines and on water transport (speed boats,
hydrofoil boat s, etc.), and on technological equi pm ent and ground transport .
Vibration insulation elements are not available.
2.7. Electrical characteristics
Power supply specif ications:
power supply v oltage from 8 to 30 V (DC);
maximum current consumption:
at the power volt age +12 V - 800m A;
at the power volt age +24 V - 400m A.
The maximum operating voltage is 35 V (DC)
8
2.8. GSM/3G Device Specifications
Table 2.4: Operating frequency bands of GSM/3G-module of the router
Restrictions on the use of the device near other electronic devices:
T urn off the router in hospitals or when located near medical equipment (for example: pacemakers and
hearing aids); interference with medical equipment may occur;
T he router off when on an airplane. Take measures ag ainst accidental turning on;
Turn the router off in the vicinit y of gas stations, chemical plants, and places where dem olition work is
conducted. May i nterfere wit h technical devices; at a close range, t he router can produce interferenc e
for televi si on sets and radio transmitters
Protect the router against dust and water.
Please comply with the allowable power and vibration requirements at the dev ice installation location.
2.10. Device functional diagram
The main functional router nodes (see Fig. 2.1):
Power supply connector;
Voltage converter;
GSM/3G-module;
SMA-connector f or an external antenna;
Micro controller (MC);
USB-A;
Interfaces RS232 and RS485 unit;
Ethernet-interface;
SIM card-1 holder;
SIM card-2 holder;
Operating i ndi cator unit - LEDs.
9
Fig. 2.1. Functional diagram of RUH2b rout er
10
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