Patton electronic 2094 manuale d’uso

USER MANUAL MODEL 2094 V .35 to E1/Fractional E1 Converter SALES OFFICE (301) 975-1000 TECHNICAL SUPPORT (301) 975-1007 http://www .patton.com P ar t# 07M2094-UM Doc# 08605U2-004, Re v . B Re vised 10/25/06 An ISO-9001 Certified Company Notes __________________________________________ __________________________________________ _____________________[...]

P A TTON MODEL 2094 T ABLE OF CONTENTS Section Page 1.0 General Information ...............................................................2 1.1 W arranty Statement 1.2 Radio and TV Interference 1.3 CE Notice 1.4 Service Information 2.0 General Information ............................................................5 2.1 Features 2.2 General Produc[...]

1.4 SERVICE INFORMA TION All warranty and non-warranty repairs must be returned freight prepaid and insured to Patton Electronics. All returns must have a Return Materials Authorization number on the outside of the shipping container . This number may be obtained from Patton Electronics T echnical Support at: tel: (301) 975-1007 ; email: support@pa[...]

2.0 GENERAL INFORMA TION Thank you for your purchase of this Patton Electronics product. This product has been thoroughly inspected and tested and is warrant- ed for One Y ear parts and labor . If any questions arise during installa- tion or use of the unit, contact Patton Electronics T echnical Services at (301) 975-1007. 2.1 FEA TURES • T ermin[...]

Switch SW1: Line Coding Use Switch SW1 to control the Network Line Coding options. Set these options to be the same as the Line Coding given to you by your Service Provider . If you are using two Model 2094s together as short range modems, set both units to HDB3. SW4 Line Framing & Coding Off HDB3 On AMI Line Coding Options: High Density Bipola[...]

CLOCK MODES Network Clock T ransmitter timing is derived from the received line signal. Internal Clock T ransmitter clock is derived from an internal clock source. External Clock T ransmitter timing is derived from the local DTE device. V alid only in unframed mode. Note: When using the 2094 as a high-speed short range modem, one unit of the link m[...]

NOTE: When the data rate is set to 2.048Mb/s, then the unit is forced into G.703 mode, and it transmits user data on all 32 times- lots. There is no framing information; therefore, the CAS MF (SW2) switch is ignored. SW3 is defaulted to clock mode. In all other rate settings, the unit employs G.704 framing; TS0 is reserved for signaling. 3.2 SOFTW [...]

3.2.1 Introduction to Main Menu After entering the password, you may access all of the system’s functions and parameters. The Main Menu looks like this: HELPFUL HINTS 1. T o make a selection, key the highlighted letter that corre- sponds to a menu selection. 2. T o execute the selection, type [Enter/CR] 3. Select g Save Changes from Main Menu aft[...]

3.2.2 System Configuration The System Configuration menu looks like this: The System Configuration options are described below: Line Format: G.703 (default) Options: G.703, G.704 G.703: G.703 is unframed, 2.048Mb/s. In this case, the DTE rate is equal to the line rate at the network interface (NI). CAS MF and CRC-4 are disabled. G.704: G.704 reserv[...]

Clocking : Network (default) Options: Network, Internal, External Network: This is the most commonly used setting when connect- ing to a carrier ’s network. In this mode, the unit recovers the clock from the received signal and uses it to transmit data. In this way the unit remains synchronized to a master clock. In campus applications, one of th[...]

3.2.3 System Diagnostics The System Diagnostics/Statistics screen looks like this: NOTE: This screen is updated once per second. The System Diagnostics/Statistics options and functions are described below . Local Loop Idle (default) The Local Loop is a bi-lateral loopback in which the data from the local DTE and the data from the remote unit are lo[...]

22 21 Remote Loop Idle (default) The Remote Digital Loopback (RDL) test checks the performance of both the local and remote Model 2094s, as well as the communica- tion link between them. Data from the local DTE is sent across the entire communication circuit and looped back to the local DTE. The Model 2094 Initiating a RDL can be in one of the foll[...]

23 24 Use this option to select the test pattern used to test the link. NI ST A TUS The Network interface (NI) status is shown in the middle of the Diagnostics/Statistics screen. The brackets are empty when the link is operating normally . Only one error message is provided Receiver Carrier Loss [RCL] occurs when 255 consecutive zeros have been det[...]

25 26 Loop Timeout The Loop T imeout setting can be set to one of the following: 00:05 = five minutes 00:10 = ten minutes 00:15 = fifteen minutes 00:30 = thirty minutes (default setting) 00:45 = forty-five minutes 01:00 = one hour 01:30 = 90 minutes 02:00 = two hours 03:00 = three hours NEVER = forever—the unit will remain in loopback without use[...]

27 28 4.3 POWER CONNECTION The Model 2094 offers three ways to supply external power: AC power , DC power and interface power . 4.3.1 Using the AC Power Supply (100-240V AC) The Model 2094 uses a 5VDC, 2A universal input 100-240V AC, power supply (center pin is +5V). The universal input power supply is equipped with a male IEC-320 power entry conne[...]

29 30 LOS The Loss of Sync LED lights when the unit loses synchronization with the incoming sig- nal. This may happen when there is a fram- ing mismatch or a loss of signal. In unframed mode, the LOS LED monitors the status of the transmit clock. ALM The alarm LED indicates the presence of a AIS or RAI, or Out of Frame condition. The ALM LED will b[...]

31 32 T o perform an RDL test, follow these steps: 1. Activate RDL. This may be done in two ways: a. Enter Remote Loop from the System Diagnostics/Statistics menu and toggle the <Spacebar> until “TM” appears next to the Remote Loop option.; b. Activate the “RL” signal on the DTE. If you are not sure which lead is the “RL” signal, [...]

33 34 APPENDIX A P A TTON MODEL 2094 SPECIFICA TIONS Network Data Rate: 2.048 Mbps Network Connector: RJ-48C Nominal Impedance: 120 ohm (75 ohm available when using Patton Model 460 Balun) DTE Interface: V .35 (DCE Orientation) on Male M/34 Line Coding: Selectable AMI or HDB3 Line Framing: G.703 (Unframed) or G.704/G.732 (Framed) CAS Multiframing: [...]

35 36 APPENDIX C P A TTON MODEL 2094 F ACTOR Y REPLACEMENT P ARTS AND ACCESSORIES Patton Model # Description 2094/CM/UI .....................V .35 to E1 Converter (V .35 M/34 Male, UI) 10 - 09F ...........................6 Foot Control Port Cable, 25 mm to DB9F 08055DCUI......................Universal Input Power Supply 10-CISCO-V35FT -1 .........C[...]

37 38 APPENDIX D (continued) P A TTON MODEL 2094 INTERF ACE PIN ASSIGNMENTS M/34 Connector , T erminal Interface Pin # Signal A GND (Earth Ground/Shield) B SGND (Signal Ground) D CTS (DCE Source) E DSR (DCE Source, Always On) F CD (DCE Source) L LL (Local Loop, DTE Source) M TM (T est Mode Indicator (DCE Source) N RL (Remote Loop, DTE Source) P TD [...]