BE 1000 WATT VHF-I Amplifier Board User Manual
- June 9, 2024
- BE
Table of Contents
VHF-I Amplifier
1000 WATT
CONTROL SYSTEM MANUAL
BE-TV1000-FAVI
BE-VHF1-HPA-1200
VHF-I Amplifier 1000 Watt Control System Manual
Revision 1.1
12/28/2021
©2020 Broadcast Electronics Inc. All rights reserved.
The information in this publication is subject to improvement and change without notice. Although every effort is made to ensure the accuracy of the information in this manual, Broadcast Electronics Inc. accepts no responsibility for any errors or omissions. Broadcast Electronics Inc. reserves the right to modify and improve the design and specifications of the equipment in this manual without notice. Any modifications shall not adversely affect performance of the equipment so modified.
Proprietary Notice
This document contains proprietary data of Broadcast Electronics Inc. No part
of this publication may be reproduced, transmitted, transcribed, stored in a
retrieval system, translated into any other language in any form or by any
means, electronic or mechanical, including photocopying or recording, for any
purpose, without the express written permission of Broadcast Electronics Inc.
Trademarks
Broadcast Electronics and the BE logo, Itelco and the Itelco logo are
registered trademarks of Elenos Group s.r.l
All other trademarks are property of their respective owners.
Important Notices
©2021
| Revision | Description | Date | Signed |
|---|---|---|---|
| 1.0 | Initial Release | December 2018 | SRW |
| 1.1 | Modified 1K VHFI | Sept 2021 | BT |
| 1.2 | |||
| 1.3 | |||
| 1.4 | |||
| 1.5 | |||
| 2.0 |
1. Monitor and Control Interface
The control system is used for a variety of functions, the most important of which is ensuring that the amplifier system continues to operate properly. The control system also allows the user to monitor and control the amplifier via front panel, and remotely through the parallel DB25 Connector and Ethernet UI.
1.1. Network User Interface
In order to access the network interface, the Power Meter unit must be connected to the local network or accessed directly using an Ethernet cable connected to the top of the controller. The default network configuration is:
IP Address 10.0.0.10
Subnet Mask 255.255.255.0
Gateway 10.0.0.1
Nameserver 10.0.0.1
By default, the network interface is available at http://10.0.0.10
Login Page
Default Login Information
Username: admin
Password: admin
MAIN PAGE
Network Configuration
The Ethernet card is provided with a static IP address. The default address is 10.0.0.10. If the default IP address does not fit with the local network configuration connect an Ethernet cable from a computer directly to the device in order to update the network settings. Configure the computers IP address to any available IP address in the range 10.0.0.2 - 10.0.0.254 in order to access the web interface. Once connected, use the Network Configuration link from the main page to access and update the network settings.
The Network configuration page provides access to set the IP address, Subnet Mask, Gateway, and DNS. The current network setup is shown in the Network Information box. Input the desired values and then click on the submit button to confirm the change. DNS is optional. All other fields are required.
WARNING - Changing the network configuration could render the system unreachable. IP address changes will not redirect automatically.
Once the IP address change has occurred, access to the web interface is now available from the new IP address specified in the network configuration page. Note: The computer network configuration may need to be edited to reflect the new IP address.
Alerts Page
The Alerts page allows for configuration of threshold levels required for fault conditions. A checkbox allows for the SMTP notification email to be enabled or disabled. (check = enabled).
Descriptions to the right of the input boxes provide details of the fault displayed and the condition that causes it to occur. Faults are available on the Ethernet network interface (GUI and SNMP), and the DB9 Remote Connection.
Reports Page
Active fault conditions (see section 8.5) are stored by date and time of
occurrence in the format: YYYY-MM-DD HH:MM:SS.ms. They can be viewed by
clicking the Load Data‘ button and downloaded to a .csv file by clicking the Download CSV‘ button. Clear previously recorded history by clicking the
`CLEAR‘ button.
Report Data Clear
Clicking the Clear button will load a confirmation page. Click the Clear button to confirm the Report Clear action. WARNING - Data is unrecoverable.
After the Report Data has been cleared a confirmation message will appear
Note: If the report data does not display correctly clear the web browsers cache.
1.2. SETUP
The SETUP page allows for the Site Name and Site Location to be updated. The Site Name and Location information is displayed on the GUI and will be sent out with SMTP email alert notifications.
System Date and Time will be picked up automatically from a network time server, however, if no time server or Internet connection is available, the user may set the time and date manually.
1.3. SMTP PAGE
Broadcast Electronics provides a setup-free SMTP option via SMTP2GO. Modifications to this page are only required if you would like to use your own email server to send SMTP Email.
Default SMTP2GO login information
Username: bdcast@smtp2go.com
Password: NTl6NzAzbmtieDMw
Connecting via SMTP2GO (Pre-configured)
SMTP Server: mail.smtp2go.com
SMTP Port: 2525
Alternative ports: 8025, 587, 80 or 25. TLS is available on the same ports.
SSL is available on ports 465, 8465 and 443.
ADDITIONAL SAMPLE SMTP CONFIGURATIONS
Google less secure apps and SMTP Settings.
Server Address: smtp.gmail.com
Username: your Gmail account (e.g. user@gmail.com)
Password: your Gmail password
Port: 465 (SSL required) or 587 (TLS required)
https://myaccount.google.com/lesssecureapps
Outlook/Office365
Server Address: smtp-mail.outlook.com
Username: Your Outlook Email Address (e.g. example@outlook.com)
Password: Your Outlook Password
Port Number: 587 (With TLS)
1.4. SNMP
The SNMP MIB file can be downloaded by accessing the page snmp.html from your assigned IP address. The default address is: http://10.0.0.10/snmp.php
The SNMP page also allows for the SNMP service to be enabled and disabled. The user may also select between SNMP v2c and the more secure SNMP v3. Please not the user account created under the Users page will be used to access SNMP v3. The password requirement for SNMP is a minimum of 8 characters.
SNMP Management Information Base (MIB)
The BE MIB file allows access to the following data via the SNMP protocol:
private/enterprise/be/beProducts/beTransmitter
Read Only
| fwdPwr | Forward Power in Watts |
|---|---|
| rflPwr | Reflected Power in Watts |
| vswr | SWR to 1 ratio |
| curTotal | Total Current in Amps |
| cur1 | Current 1 in Amps |
| cur2 | Current 2 in Amps |
| cur3 | Current 1 in Amps |
| cur4 | Current 2 in Amps |
| cur5 | Current 1 in Amps |
| cur6 | Current 2 in Amps |
| voltage | DC Voltage in Volts |
| temp1 | Temperature from sensor 1 in degrees Celsius |
| temp2 | Temperature from sensor 2 in degrees Celsius |
| excFwdPwr | Exciter Forward Power in Watts |
| genFault | General Fault 0 = NO FAULT, 1 = FAULT PRESENT |
1.5. LCD Display
The LCD display on the front panel provides operation information. Monitoring includes Forward Power (FWD), Reflected Power (RFL), Current (CUR), Voltage (VLT), Temperature (TMP1, TMP2) and FAULT Status. When a fault is not present the fault indication is “NONE”(no fault present). When a fault becomes active the LCD will display the fault, and depending on the condition, will implement corrective actions. See section 8.5 Fault Conditions.
| Metering | Unit |
|---|---|
| FWD: Forward Power | Wattage |
| RFL: Reflected Power | Wattage |
| CUR: Current | Amps |
| VLT: Voltage DC | Volts |
| TMP1: Heatsink Temp | Degrees Celsius |
| TMP2: Ambient Temp | Degrees Celsius |
1.6. Fault Conditions
Fault conditions are displayed on the web GUI and the front panel LCD. They are stored in the history and can be downloaded as a .csv log file.
| Fault | Condition | Action |
|---|---|---|
| FWD ELEVATED | Forward power greater than first threshold | Lower Power |
| FWD HIGH Tx OFF | Forward power greater than second threshold | Transmitter Off |
| RFL ELEVATED | Reflected power greater than first threshold | Lower Power |
| RFL HIGH Tx OFF | Reflected power greater than second threshold | Transmitter |
Off
CURRENT ELEVATED| Current greater than first threshold| Lower Power
CURRENT HI Tx OFF| Current greater than second threshold| Transmitter Off
VOLTAGE LOW| Voltage less than low voltage threshold| Display and History Only
VLT HI Tx OFF| Voltage greater than high voltage threshold| Transmitter Off
TEMP HS ELEV| Heatsink temperature greater than first threshold| Lower Power
TEMP HS HIGH| Heatsink temperature greater than second threshold| Transmitter
Off
TEMP AMB ELEV| Ambient temperature greater than first threshold| Lower Power
TEMP AMB HIGH| Ambient temperature greater than second threshold| Transmitter
Off
VSWR HIGH| VSWR greater than VSWR High threshold| Display and History
EXC ELEVATED| Exciter forward power greater than first threshold| Lower Power
EXC HI Tx OFF| Exciter forward power greater than second threshold|
Transmitter Off
OVERDRIVE| Input Protection Fault| Display and History Only
2. Schematics
2.1. Main Board
2.2. Expansion Board
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