3onedata MODEL7211A Series 1 100M Ethernet copper port to 1 E1 protocol converter Quick Installation Guide
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![3onedata MODEL7211A Series 1 100M Ethernet copper port to 1 E1 protocol converter Quick Installation Guide | Manualzz 3onedata MODEL7211A Series 1 100M Ethernet copper port to 1 E1 protocol converter Quick Installation Guide | Manualzz](http://s1.manualzz.com/store/data/068212324_1-22fab0138f8fc84cf86ec40903fdc67b-360x466.png)
【Panel Design】 Front view Rear View Desktop Ethernet / E1 protocol converter Quick Installation Guide Notice before mounting: Model I, Model III Don't place or install the device in area near water or moist, keep the relative humidity of the device surrounding between 5%~95% without condensation. Before power on, first confirm the supported power supply specification to avoid over-voltage damaging the device. Model II The device surface temperature is high after running; 1. DIP switch 2. Power supply indicator, Ethernet port LINK indicator 3. E1 interface indicators: LOS, LOF, TEST, LOOP Please check the integrity of package and accessories while 4. 220VAC terminal block for power input first using the product. 5. 8 bits DIP switch terminal block into the device power supply interface, then plug the power supply plug contact and power on. please don't directly contact to avoid scalding. and 100M indicator 【Package Checklist】 1. Protocol converter 6. Unbalanced input interface of E1-75Ω WAN (RX) 2. Power line (AC product only) 7. Balanced input and output interface of E1-120Ω 3. Quick Installation Guide If any of these items are damaged or lost, please contact our company or dealers, we will solve it ASAP. 【Product Overview】 The product is a 1 Ethernet to 1 E1 protocol converter. Models are as follows: Model I. 1 10/100M copper port +1 E1 interface +1 220VAC power supply 8. Notice before power on: remove the wiring section of terminal block. Please pay Unbalanced output interface of E1-75Ω WAN (TX) attention to the above operation sequence. 9. 10/100M Ethernet port (LAN) 10. -48VDC power input terminal 【Power Supply Connection】 【Mounting Dimension】 220 VAC power input Model I supports 1 AC power input and adopts 3-pin AC socket. Power input: Unit: mm 220VAC. -48VDC power input Model II supports 1 DC power input and adopts 3-pin terminal blocks. The pin power supply 100~220VAC/DC power supply Power OFF operation: First, remove the power plug, then WAN Model II. 1 10/100M copper port +1 E1 interface +1 -48VDC Model III. 1 10/100M copper port +1 E1 interface +1 Power ON operation: First insert the power supply definitions of power supply are as the left figure. Power input: -48VDC. 110~220VAC/DC power input Model III supports 1 DC power input and -ANA on: local LOOP on. adopt 3-pin AC socket. Power input range: -DIG on: remote LOOP on. 110~220VAC/DC. -REM on: local LOOP on. 【E1 Port Connection】 The device provides 1 E1 port, interface type is BNC or RJ45, interface impedance is 75Ω unbalanced (BNC) and 120Ω balanced (RJ45). 120Ω RJ45 pins are defined as follows: Pin No. Pin Definition 1 TX+(E1 TXD+) 2 TX-(E1 TXD-) LED Description Active Red, signifying there is loop on the LOOP network. The settings of 8-PIN on the back panel are as follows: DIP 1 2 Definition M/S VLA Function Description OFF: master (internal clock) , ON: LOS on & RPWR on: E1 line is cut off. slave LOS off & RPWR on: normal. Reserved Command remote to follow the local 3 SLA Note: LOS on & RPWR off: the remote device is power off. Clock set: Notice: setting: There may be some mistakes when all indicating lights RX+(E1 RXD+) OFF: enable,ON: disable 5 RX-(E1 RXD-) Link fault pass through to Ethernet Both of the device are on the status of line clock; 3, 6-8 NC (optional) Both of the device are on the status of master clock while 4 4 OFF: enable,ON: disable 【DIP switch】 5 The device provides 2 groups of DIP switches to debug function, clock and Ethernet mode, etc. The functions are defined as follows. The settings of 4-PIN DIP switch on front panel are as follows: DIP Definition Function Description For E1 Interface local loop to check 1 ANA whether local device and its connected circuit are correct or not. For 10/100BASE-T Local loop to 2 DIG check the opposite device and optical circuit. 3 REM ERR Invalidate for unframing. MDX PAT device will sent the testing data real time and detecting if there is any loop on the network. Note: When the test LED on, the normal communication will be terminated. The LOOP LED will on if there is any loopback on the network: OFF:AUTO-MDIX,ON:MDI the rate setting is different; OFF: Auto-negotiation,ON: forcing 6 ANE 7 SPD OFF:100M,ON:10M 8 FDX OFF: full duplex,ON: half duplex mode 【Indicator】 The test key connecting is incorrect which cause into the dead cycle. 【Specification】 Panel 1 10/100M, full duplex/half Ethernet port duplex configurable Ethernet The device provides LED indicators to monitor its operating RJ45 status, which has simplified the overall troubleshooting 1 E1, BNC or RJ45, 75Ω process. The function of each LED is described in the table E1 Interface below: LED LPWR Reserved. Under the test mode, the 4 winks, (except for the PWR light); RPWR LINK balance (RJ45) Description Power Active Green, signifying the local device is Ethernet connection/rate indicator, E1 power on. Indicator power on. supply indicator, alarm/test/loopback indicator Active Green, signifying the remote device is Power Supply Active Green, signifying a valid 10/100BaseT Model I: 220VAC, adopting AC connection. power outlet; 100M Active Green, signifying the rate is 100M. LOS Active Red, signifying E1 signal Lost. LOF Active Red, signifying E1 Frame lost. TEST unbalanced (BNC) and 120Ω Active Red, signifying the device is on test status. Power input Model II: -48VDC, adopting 3pin terminal blocks; Model III: 110~220VAC/DC, adopting AC power outlet Power Consumption Full-load ≤5W Working Environment Working temperature -10~60℃ Storage temperature -40~85℃ Working humidity 5%~95% (no condensation) 【Frequently Asked Questions】 1. When transmitting data between old version device and new version one via E1 balance, the RJ45 connection method is as follows. Old version 2. New version When transmitting data via E1 BNC, the E1 BNC connection method is as follows.
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