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Summary of Contents for technetix AIMA3000-RT5S
- Page 1 AIMA3000-RT5S 1550 nm return transmitter - standard User manual technetix.com +1 (720) 931-6480 info-usa@technetix.com 12/2022-AE/V2...
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Page 2: Table Of Contents
Contents Chapter 1 This manual 1.1 Chapter overview 1.2 Related documentation 1.3 Document conventions 1.4 Technical support Chapter 2 Precautions Chapter 3 Overview 3.1 Product description 3.2 Product key features 3.3 Specifications 3.4 Block diagram 3.5 Order details Chapter 4 Module characteristics 4.1 Module appearance and port layout 4.1.1... - Page 3 Contents 5.5 Check module LEDs 5.6 Test the RF input signal 5.7 Test the optical output signal 5.8 RT5S initial setup Chapter 6 Module configuration and alarm setup 6.1 Alarms monitoring 6.1.1 Alarm status pages 6.1.2 Module operating voltage and temperature alarm 6.1.3 Module port alarms 6.1.4 Alarm monitoring configuration 6.1.5 Input and output status monitoring 6.2 Logs management 6.3 Device upgrade 6.4 Restoring factory defaults...
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Page 4: Chapter 1 This Manual
If you need help in the process of setting up and maintaining 4. Module characteristics: the appearance of the equipment, an RT5S, please contact Technetix’s technical support staff: port and introduction of other components Europe 5. Installation: installation procedure Technetix BV 6. - Page 5 DO NOT use any spray cleaners or chemicals of any kind. Outage or overload requiring service and repairs IMPORTANT: Unplug the unit and refer the servicing to Technetix qualified service personnel only. Servicing and repairs IMPORTANT: DO NOT attempt to service this unit yourself.
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Page 6: Chapter 3 Overview
High-quality 1550 nm isolated low-chirp analogue a high-density module with one or two lasers. It is designed DFB lasers to plug into Technetix’s latest Advanced Intelligent Multi- ˺ services Access (AIMA) platform - the AIMA3000. Technetix RF amplifier gain blocks with advanced GaAs technology... -
Page 7: Specifications
Technetix NMSE or through ASMM’s web interface Notes: Standard option. Contact a Technetix Sales Representative for availability of other options. dBuV= 60 + dBmV Two mini-SMB connectors on front panel: 1 RF inputs test ports and 1 to measure RF input before the laser. -
Page 8: Block Diagram
3.4 Block diagram Table 3 1 RT5S block diagram glossary Parameters Glossary RF IN 1 RF1 input RF IN 2 RF2 input -20 dB TP -20 dB test point PREAMP Preamplifier module AMPLIFIER Amplifier module ATTENUATOR Gain adjustment RF DETECTOR RF level detector LASER Laser... -
Page 9: Order Details
E2000/APC Bandwidth 5~204 MHz Default spacing is 200 GHz. For other wavelength configurations not listed, please contact Technetix. X2 is only used in dual transmitter variants. • Dual version, X1 is the first channel and X2 is the second channel... -
Page 10: Chapter 4 Module Characteristics
Chapter 4_Module Characteristics Module appearance and port layout 4.1.1 Overview Front Panel Rear Panel Fig. 4.1 Module appearance USER MANUAL_AIMA3000-RT5S... -
Page 11: Front Panel Layout
The tab-retaining clip will pop-up tab-retaining clip after pressing the release and plug module. OPT OUT 1 Optical output 1 OPT OUT 2 Optical output 2 Mounting screw Module fastening screw WARNING: “OPT OUT” emits a non-visible laser radiation when working. technetix.com... - Page 12 IMPORTANT: DO NOT use excessive force when inserting the module, but ensure the RF connectors at the rear of the module are securely connected with the chassis' RF connectors. Module fastening screw WARNING: MUST The module be installed correctly to ensure a proper connection of the module’s multi-pin connector and the backplane.
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Page 13: Rear Panel Layout
RF 1 IN RF 1 Input RF 2 IN RF 2 Input Air vent allowing air to flow Air Vent out of the module Multi-pin connector Power and communication port Placement pin Used to position the module in the chassis technetix.com... -
Page 14: Chapter 5 Installation
Before installing this device, you must ensure that the unit is intact and ready for installation. Unpack and check the unit: Open the box to check for any damage that may have occurred during shipment. If damage is found, please contact a Technetix customer support representative. Tool list �... -
Page 15: Connecting Optical Cables
To access the sliding fiber guide you will need to first remove the rear panel located on the back of the chassis. Unscrew the two thumbscrews on the rear panel. Then, pull the panel forward. technetix.com... - Page 16 Raise the clip, insert the fiber connector, and then lower the clip over the connector. IMPORTANT: DO NOT remove the dust cap from the fiber connector until it is connected to the input port. When using the sliding guide, put the fiber connector in the clip and slide it in from the rear to the front, through the chassis. Ensure that the optical fiber tail does not become trapped or pulled tightly.
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Page 17: Using The Fibre Tray
This will allow fiber cables to be moved away from the sliding guide rails. Use the Fibre Guide Tool to organise the cables and wires in the fibre tray to prevent tangles and the blocking of the guide rails. Fiber tray area Cut-outs technetix.com... -
Page 18: Connecting The Optical Fibres
5.4.3 Cleaning the fiber connector ends and front-panel optical ports Connection terminal Head face To obtain a good quality optical input signal, optical fiber input ports and fiber connector ends must be carefully cleaned. When cleaning the optical fiber-connector end, remove the dust cap and then use a lint-free cloth dampened with a static dissipative solvent to clean the angled surface. -
Page 19: Check Module Leds
Before testing, the optical power meter must be calibrated. Before measuring optical signals, verify the interfaces are clean and undamaged. technetix.com... -
Page 20: Rt5S Initial Setup
5.8 RT5S initial setup Calculate the correct RF drive level per channel for the channel to be used for RF1 and RF2. Confirm RF channel level only on the RF1 and RF2 RF input leads or on all four RF1 and RF2 RF input leads and connect them to the chassis (pictured below). - Page 21 6. Confirm that the “Alarm Control” are enabled. Check the required selection and click on “Submit” to enable or disable alarms. Alarm control Factory Default Setting (bold) and range if applicable Laser output status alarm Enable Major Enable Minor Disable technetix.com...
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Page 22: Chapter 6 Module Configuration And Alarm Setup
Chapter 6_Module configuration and alarm setup The module configuration settings can be configured using the web interface and Technetix NMSE (network management software). This manual only provides details on the web interface. For login details and network setup, please refer to the AIMA-ASMM user manual. -
Page 23: Module Operating Voltage And Temperature Alarm
The status has two conditions: Normal operation: Green � Alarms: Red � Figure 6.2 IMPORTANT: Use the status indicators to determine if the module is working properly. If the device is replaced or reset, click on “Refresh” to refresh the alarms information. technetix.com... -
Page 24: Module Port Alarms
6.1.3 Module port alarms Click on the “Port 1” for RF1 or “Port 2” for RF2 label under the module on the left column, as shown in Figure 6-3. On the module port page, the operator can view the total input power, laser temperature, laser output power and the laser bias voltage alarms: The status has two conditions: ˺... - Page 25 The parameters instruction is shown in Figure 6-4, Table 6-1 below. Figure 6.4 Table 6-1_Modules page alarms threshold parameters instruction Threshold Default Parameter Units HIHI High Normal LOLO DeadBand changeable alarm by user enable Temperature +12V Input voltage 13,5 10,5 +5V Input voltage -5V Input voltage -4,4 technetix.com...
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Page 26: Input And Output Status Monitoring
6.1.5 Input and output status monitoring To setup input and output status monitoring, select the either “Port 1” for RF1 or “Port 2” for RF2 from the left menu under the RT5S needing configuration, and then the monitoring parameters will be listed for the designated transmitter under the “Alarm Settings”... - Page 27 “Laser output status alarm” is set to “enableMinor” Laser1-Shutdown STAT LSR1 Amber Laser2-Critical-ALM The same as “Laser1-Critical-ALM” STAT LSR2 Laser2-Warning-ALM The same as “Laser1-Warning-ALM” STAT LSR2 Amber Laser2-Output-Major-ALM The same as “Laser1-Output-Major-ALM” Laser2-Shutdown STAT LSR2 Laser2-Output-Minor-ALM The same as “Laser1-Output-Minor-ALM” Laser2-Shutdown STAT LSR2 Amber technetix.com...
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Page 28: Logs Management
6.2 Logs management The operator can view all the alarms of the modules in the chassis on the Logs Management page. Click “Logs” to enter the logs management page. Refer to Figure 6.6 below: USER MANUAL_AIMA3000-RT5S... -
Page 29: Device Upgrade
The web GUI above only supports the manual operation from a local PC. � � The RT5S supports automated firmware updates and automatic backup and restore features via TFTP when managed via Technetix NMSE management software. Please refer to the NMSE Product User Manual for more information. technetix.com... -
Page 30: Restoring Factory Defaults
6.4 Restoring Factory Defaults Loading factory default can restore the device to the factory default setting. Detailed operations: Click “Modules” tab and click the module to be configured as the page shown in Figure 6-8 and Figure 6-9. Click “Apply” button in factory default section. - Page 31 Table 6-3 Factory default table Parameters Configuration Factory default value After upgrade Alarm control Enable/Disable Enable Retained TxUnit control ON / OFF Retained Laser output control ON / OFF Retained Input AGC mode ON / OFF Retained RF-1 (-15.0-0.0) Retained RF-2 (-10.0-+5) Retained technetix.com...
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Page 32: Reboot
Reboot The module can be made to reboot remotely, shown in Figure 6-10 below. Detailed operations: Click Modules tab, click the corresponding RT5S module, and click the “Apply” button in Reboot section. Next, click on “Submit” to confirm and then the module will automatically restart. The configuration of the module will not be lost after rebooting. Figure 6.10 USER MANUAL_AIMA3000-RT5S... -
Page 33: Chapter 7 Troubleshooting
Technetix technical support. Check the laser’s bias current. If the bias Input AGC mode Laser bias current is higher (Hi) or lower (Lo). current is normal, please contact Technetix technical support. Check the laser’s output power. If the output RF-1-Critical-ALM Laser output power is higher (Hi) or lower (Lo). -
Page 34: Chapter 8 Declaration Of Conformity
Chapter 8_Declaration of Conformity According to ISO/IEC Guide 22 and EN45014 Manufacturer's Name: Technetix Manufacturer’s Address: Technetix Ltd, Innovation House, Technetix Business Park, Albourne, West Sussex, BN6 9EB Product Name: RT5S – 1550 nm Return Transmitter - Standard Conforms to the following standards:... -
Page 35: Appendix A_Default Alarm Limit Settings
This document is for information only. Features and specifications are subject to change without notice. Technetix, the Technetix logo and certain other marks and logos are trade marks or registered trade marks of Technetix Group Limited in the UK and certain other countries. Other brand and company names are trade marks of their respective owners.