ELPRO Technologies E2-455 UHF Radio Module 421 to 480MHz 10Watt User Manual STD ELPRO cover std
ELPRO Technologies Pty Ltd UHF Radio Module 421 to 480MHz 10Watt STD ELPRO cover std
User Manual
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| Document ID | 3832346 |
| Application ID | oXcTpYOEaxukB4zo2ZxLrA== |
| Document Description | User Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 68.68kB (858545 bits) |
| Date Submitted | 2018-04-27 00:00:00 |
| Date Available | 2018-04-27 00:00:00 |
| Creation Date | 2018-04-20 15:21:20 |
| Producing Software | Microsoft® Word 2010 |
| Document Lastmod | 2018-04-20 15:21:20 |
| Document Title | STD ELPRO cover [std] |
| Document Creator | Microsoft® Word 2010 |
| Document Author: | Steve Pinder |
E2-455 User Manual User Manual for E2-455 Licensed Radio man_E2-455_V1-4 E2-455 Radio Module OEM/Integrators Installation Manual Page 1 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual ATTENTION! Incorrect termination of the supply wires may cause internal damage. Before turning the power on double-check ALL connections by referring to this User Manual. RF Exposure statement (FCC): This device is in compliance with FCC Part 2.1091 and the safe distance from the Antenna is: 0.55 meters To comply with FCC RF Exposure requirements in section 1.1310 of the FCC Rules, antennas used with this device must be installed to provide a separation distance from all persons as described in section “Safety Notices” below. DO NOT Operate the transmitter when anyone is within a distance from the antenna less than the minimum safe distances described in section “Safety Notices” below. Operate the transmitter unless all RF connectors are secure and any open connectors are properly terminated. Operate the equipment near electrical blasting caps or in an explosive atmosphere. All equipment must be properly grounded for safe operations. All equipment should be serviced only by a qualified ELPRO staff only. FCC Notice: Part 15 – This device has been tested and found to comply with the limits for a Class B digital device, pursuant to Part15 of the FCC rules (Code of Federal Regulations 47CFR Part 15). Operation is subject to the condition that this device does not cause harmful interference. Part 90 – This device has been type accepted for operation by the FCC in accordance with Part90 of the FCC rules (47CFR Part 90). See the label on the unit for the specific FCC ID and any other certification designations. Note: This device should only be connected to Devices that are covered by either a FCC DoC or are FCC certified. Antenna Models: Manufacturer Model Number Coax Kit Net ELPRO UDP400-3 Includes 3m Cellfoil 1dB Gain ELPRO UDP400-5 Includes 5m Cellfoil Unity Gain ELPRO BU-3/400 CC10/450 2.5dB Gain ELPRO BU-6/400 CC10/450 5.5dB Gain ELPRO YU3/400 CC10/450 3.5dB Loss ELPRO YU6/400 CC10/450 6.5dB Gain ELPRO YU9/400 CC20/450 5dB Gain ELPRO YU16/400 CC20/450 10dB Gain This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Page 2 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual ISED Notice (Canada): This device complies with Industry Canada’s licence-exempt RSSs. Operation is subject to the following two conditions: (1) This device may not cause interference; and (2) This device must accept any interference, including interference that may cause undesired operation of the device. Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux conditions suivantes : 1) l’appareil ne doit pas produire de brouillage; 2) l’appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement. Safety Notices: FCC (USA) Exposure to RF energy is an important safety consideration. The FCC has adopted a safety standard for human exposure to radio frequency electromagnetic energy emitted by FCC regulated equipment as a result of its actions in Docket 93-62 and OET Publication KDB 447498 D01. Depending on antenna type, ensure the following minimum separation distances from antennas for (A) Occupational and (B) General Population. Model Number Minimum Distance (cm) (Antenna + Coax Kit) Occupational / Controlled Exposure General Population / Uncontrolled Exposure UDP400-3 20 UDP400-5 18 BU-3/400 + CC10/450 11 24 BU-6/400 + CC10/450 15 33 YU3/400 + CC10/450 12 26 YU6/400 + CC10/450 17 37 YU9/400 + CC20/450 14 31 YU16/400 + CC20/450 25 55 ISED (Canada) Exposure to RF energy is an important safety consideration. Innovation, Science, and Economic Development Canada (ISED) has adopted a safety standard for human exposure to radio frequency electromagnetic energy emitted by ISED regulated equipment as standard RSS 102 Issue 5. Depending on antenna type, ensure the following minimum separation distances from antennas for (A) Occupational and (B) General Population. Model Number Minimum Distance (m) (Antenna + Coax Kit) Occupational / Controlled Exposure General Population / Uncontrolled Exposure UDP400-3 0.28 0.8 UDP400-5 0.25 0.72 BU-3/400 + CC10/450 0.34 0.95 BU-6/400 + CC10/450 0.47 1.35 YU3/400 + CC10/450 0.38 1.07 YU6/400 + CC10/450 0.53 1.51 Page 3 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual YU9/400 + CC20/450 0.45 1.27 YU16/400 + CC20/450 0.79 2.26 Limitations and Condition of Use: ELPRO E2-455 radio module is designed as a reusable module for use with future development of ELPRO products. The module is limited for use by ELPRO only. This module is not to be made available for third party use or in any OEM arrangements. The following requirements apply to any product which incorporates the E2-455 radio module: The product incorporating the ELPRO E2-455 radio must not include any instructions to remove or install the E2-455 radio module. The product incorporating the ELPRO E2-455 radio must be limited to installation in mobile or fixed application. A separate approval is required for all other operating configurations, including portable configurations with respect to Part 2.1093 and different antenna. Any product incorporating the ELPRO E2-455 radio must include a label on the final product that indicates the certification numbers for the E2-455 radio. The following must appear on the final product label: Contains: FCC ID : O9P-E2-455 IC : 3957A-E2455 Changes or modifications not expressly approved by the manufacturer will void the user's authority to operate the equipment. Page 4 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual 1 Introduction The E2-455 is a radio modem module used as a base radio for a number of Elpro wireless products, with additional products to be added in the future. It operates as a wireless network adapter for transfer of 802.11 format data frames over lower speed wireless links. The E2-455 consists of a host microcontroller, an RF transceiver section, and a power supply section. 2 Module Description Under Side View Heat Sink Block Host Interface Mounting Earth Points Top Side View Console Production Interface Host Interface Alternate Host Interface Page 5 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual 2.1 Mounting Points Four mounting points are provided for 2.5mm Mounting screws. 2.2 Heat-Sink Block A Heat-Sink should be connected to the device’s Heat-Sink block to prevent the power amplifier overheating. The interface to the Heat-Sink block uses two M3 screws separated by 15mm, with engagement depth between 3mm-4mm. Use heat-paste or other heat-conducting material to provide an effective heat conduction path from the heat-sink block to the supplied heat-sink. 2.3 Main Host Interface The main host interface is implemented through a 24-pin socket, allowing connection to standard 0.1” pitch headers. This interface supplies power to the module as well as the high speed serial connection providing communication to the host device. 2.4 Alternate Host Interface The alternate host interface provides the same functionality as the Main host interface, in a more compact form-factor for use with products requiring a more compact interface. 2.5 Production Interface Production interface consists of a JTAG port for programming and developer debug of the device. 2.6 Console Interface The Console interface allows connection of a serial terminal to the device for diagnostic operation and testing. 3 Locale The E2-455 is available in two models, supporting frequency bands 340-400MHz and 400-480MHz. Model Frequency Band Supported Channel Bandwidth E2-455-445 400-480MHz 6.25kHz, 12.5kHz, 25kHz E2-455-375 340-400Mhz 6.25kHz, 12.5kHz, 25kHz The host software shall implement Locale settings to restrict the range of frequencies, bandwidths and power relevant to the regulations of the specified locale. The user manual of the product shall state that the unit is to be installed by professional personnel. 3.1 United States Locale The following restrictions on each of the bands apply when US Locale is selected: Model Locale Frequency Band Supported Channel Bandwidth E2-455-445 FCC_Part90 421MHz – 480.000MHz 6.25kHz, 12.5kHz Not Available Not Available E2-455-375 4 Operation The host system communicates with the E2-455 module via the serial interface provided by either the main or alternate host interface. The serial interface is a standard TTL UART interface in full duplex asynchronous connection. The baud rate is 1.0Mbps. RTS and CTS lines are used to provide flow control between the host and radio processors. The serial protocol is a proprietary message structure. In addition, a secondary diagnostic interface is provided over the Console interface. This provides the interface for testing the device. It operates at a rate of 115,200 baud. 4.1 Diagnostic Interface Command Reference 4.1.1 Radio Commands – General Set to QAM Mode (Note: par rate command must be re-issued) Page 6 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual > cfg mod qam 0:15:44.891 RAD: CMX7164: Function image 4112 0:15:45.603 RAD: CMX7164 Rx DC calibration [1] Modulation = QAM 0:15:45.662 RAD: CMX7164 Tx DC calibration OK OK OK OK OK OK OK OK Set to FSK Mode (Note: par rate command must be re-issued) > cfg mod fsk 0:16:35.955 RAD: CMX7164: Function image 2035 0:16:36.910 RAD: CMX7164 Rx DC calibration [1] Modulation = FSK 0:16:36.970 RAD: CMX7164 Tx DC calibration (Note: par rate command must be re-issued after every Mode change) Set radio transmit modulation format > par rate 4qam (options 4qam, 16qam, 64qam, 2fsk, 4fsk) [1] Radio frame rate = 4QAM Set radio transmit FEC (only in QAM mode) to FEC or RAW > par fec fec [1] > par fec raw [1] Radio frame FEC = FEC Radio frame FEC = RAW Set Radio Channel Bandwidth (6.25kHz, 12.5kHz, 25kHz) > cfg bw 12500 (Options 6250(QAM only), 12500, 25000) 0:35:03.651 RAD: CMX7164 Rx DC calibration [1] Frequency bandwidth = 12500 Hz 0:35:03.694 RAD: CMX7164 Tx DC calibration Set Radio Tx and Rx Frequency (in Hz). > cfg freq_tx 442012500 [1] Transmit frequency = 442012500 Hz > cfg freq_rx 442006250 [1] Receive frequency = 442006250 Hz Save Configuration (save all cfg and par items except for rate). > cfg save Reset unit. > reset To change rx/tx monitor). > mon frm info Shows more information > mon frm head Shows less information Page 7 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual 4.1.2 Radio Transmit Commands Set Transmit Power for Test commands. > par txpwr 27 [1] Transmit power = 27 dBm Note: Maximum power is limited according to supply voltage and modulation selected. Power drops by 3dB at approximately 12V supply. Transmit Repeating 511 bit PRBS > rad prbs [1] Radio mode = PRBS, MAC state = TONE, PHY state = TONE, modem state = TONE Transmit unmodulated carrier (only available in FSK mode) > rad tone [1] Radio mode = TONE, MAC state = TONE, PHY state = TONE, modem state = TONE To stop transmit sequence, start receiving: > rad auto [1] Radio mode = AUTO, MAC state = EMPTY, PHY state = FS, modem state = FS 4.1.3 Frame Transmit Commands To Transmit a single message frame (Default repeat is 2, Default Length is 60) > par repeat 1 [1] Radio frame repeat count = > par len 10 [1] Radio frame length = > frm rad raw 20:13:38.777 Tx : 440.000 [65535] ( 10/ 10 15) FFFF 80E307CDC12A To check Frame Receive statistics at receiver > stat frm clr > stat frm Clear frame Statistics counters [1] RX_ERR_PREAM = Received Preamble, no Frame Sync [1] RX_ERR_PLCP_HDR = Corrupted Message Header block [1] RX_ERR_CRC = Received with corrupted Message body [1] RX_RTS_OTH = Number of Received frames of different types [1] RX_RTS_ME = RTS to other / Me [1] RX_CTS_OTH = [1] RX_CTS_ME = [1] RX_ACK_OTH = [1] RX_ACK_ME = ACK to other / Me [1] RX_UNSPRT = Unsupported Frame Type [1] RX_MULTI = Multicast Frame [1] RX_UNI_OTH = [1] RX_UNI_ME = CTS to other / Me Unicast message to other / Me To count the number of received frames, add RX_RTS, RX_CTS, RX_ACK, RX_UNSPRT, RX_MULTI and RX_UNI types. When testing with command “frm rad raw”, all received frame should be RX_UNSPRT. To Transmit BER Test frames (Default repeat is 8). BER frame length must be > 31 bytes to allow valid testing. > par len 131 > par ber_num 3 [1] (e.g. for 100 bytes of BER data for each test frame) Radio BER frame number = > frm rad ber 0:05:40.050 Tx : B 440.000 [65535] ( 60/ 52) D000 FFFFFFFFFFFF 0012AF000000 0:05:40.337 Tx : B 440.000 [65535] ( 0:05:40.654 Tx : B 440.000 [65535] ( 60/ 60/ 52) D000 FFFFFFFFFFFF 0012AF000000 52) D000 FFFFFFFFFFFF 0012AF000000 To check BER at receiver (Over successfully received BER frames). > stat ber clr Clear BER Statistics counters > stat ber [1] Frame number = Number of Received BER frames [1] Accumulated error bits = Total over all received BER frames [1] Total over all received BER frames Total bits = Page 8 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual [1] Average RSSI = [1] Average LQI = 0 dB Average over all received BER frames Average over all received BER frames 4.2 Host Interface Message Framing Message framing is based on PPP Byte stuffing. The special characters 0x7F, 0x7D and 0xFF are the beginning of a frame, data link escape and end of frame characters respectively. Each message begins with the transmission of the start of frame character. This is followed by the message data payload for the message end of the message is indicated by the end of frame character. Occurrence of the characters for start of frame, end of frame, or the data link escape character within the data packet is indicated by stuffing an additional data link escape character into the data stream before the special character and then setting bit 5 of the control character to 0. Whenever the start flag character is detected, the framer state is reset to receiving the first data payload byte. (Start flag should never occur in the data payload due to the escaping scheme above.) The end of frame character ensures that the transmitter and receiver are synchronised at the beginning of the next data frame. If they are not correctly synchronised, the 0xFF will result in the additional “ones” being detected as a long stop condition at the receiver and subsequent characters being correctly synchronised. 4.3 Host Interface Message Format 4.3.1 Endian All multi-byte fields are transmitted in little endian format. 4.3.2 General Message Format Table 1 describes the general format of the messages including the start and end flags. START_FLAG 1 byte Start of message identifier (0x7E) Service_code 2 bytes Service code to identify message type and message ID Payload Data 0-n bytes Message payload data. Interpreted according to Service code END_FLAG 1 byte End of message identifier (0xFF) Table 1 4.3.3 Service code encoding Table 2 describes the encoding of the Service code field from the Service Type and Service ID b15 - b14 Service Type 00: request 01: indicate 10: confirm 11: unused b13 - b0 Service ID 0x41: Transmit 0x42: Flush 0x43: Receive 0x44: Local_Management 0x45: Extended Transmit 0x46: Extended Flush 0x47: Extended Receive Table 2 4.3.4 Service types Table 3 describes the service types and their interactions Page 9 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual Request (0b00) Request messages are used where a message acknowledgement is required. A confirm message is expected to be sent from the other party. Matching of request and confirm messages depends on the message ID. Messages may include a unique handle to that can used to match request to confirm, or the process transmitting the message can ensure that only one message of that type is outstanding at any time. Indicate (0b01) Used when acknowledgement of the message is not required. Indicate messages do not have any matching confirm message. Confirm (0b10) Confirm messages are returned to the process that initiated a Request message to acknowledge receipt of the request message (and possible acknowledge processing of the request message is complete). Generation of the Confirm message and the details of any payload data depend on the Service ID for the message. The Service ID for the confirm must match the service ID for the original request message. Table 3 For more detailed information about the protocol, refer to ELPRO document; spec_E2-Radio-io-protocol Page 10 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual 5 Host Interface Hardware Description This section describes the interface to the host, including the two alternate power/data interfaces and the earthing connections. 5.1 Alternate Host Interface Pin Description Pin Signal Description Direction VSupply 9-30V Supply from host Input to module VSupply 9-30V Supply from host VSupply 9-30V Supply from host GND Ground VSupply 9-30V Supply from host GND Ground NO_CON No Connection GND Ground NO_CON No Connection 10 GND Ground 11 NO_CON No Connection 12 PG Power Good Indication 13 NO_CON No Connection 14 nEN_RADIO_PWR Radio Power Enable 15 NO_CON No Connection 16 RXD0_7 Data Receive Output from module 17 TXD0_7 Data Transmit Input to module 18 CTS0_7 Clear to Send (When toggled, it indicates that the host should wake up.) Output from module 19 RTS0_7 Ready to Send (When toggled, it indicates that the radio processor should wake up.) Input to module 20 Test Point Not used 21 Test Point Not used 22 Test Point Not used Input to module Input to module Output from module Input to module 5.2 Main Host Interface Pin Description Pin Signal Description Direction NC No Connection NC No Connection NC No Connection NC No Connection GND Ground VSUP_CON Main DC input power supply rail of the host (9-30V) GND Ground VSUP_CON Main DC input power supply rail of the host (9-30V) Input to module Input to module Page 11 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual MB_CSF Future Use – Do Not Connect Output from module 10 CTS0_7 Clear to send (When toggled, it indicates that the host should wake up.) Output from module 11 MBIRQ Future Use – Do Not Connect Input to module 12 RTS0_7 Ready to Send (When toggled, it indicates that the radio processor should wake up.) Input to module 13 BRX Future Use – Do Not Connect Input to module 14 TXD0_7 Data Transmit Input to module 15 BTX Future Use – Do Not Connect Output from module 16 RXD0_7 Data Receive Output from module 17 _SHDN Radio Shutdown Input to module 18 USBH Future Use – Do Not Connect Input to module 19 nR_OC Over Current Output from module 20 GND Ground 21 USBCX Future Use – Do Not Connect Input to module 22 USBDN Future Use – Do Not Connect Input to module 23 USBDP Future Use – Do Not Connect Input to module 24 NC No Connection 5.3 Protective Earthing Point There are four mounting screw points around the cage which are connected to the ground plane of the module. These should be screwed on with metallic screws to the metallic casing or ground points on the host system. Page 12 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual 6 Specifications Environmental Operating Temperature -40°C to +70°C (-40 to +120°F) Humidity 0-95% Non-Condensing Altitude 0-2000m / 6500ft Radio General Half Duplex UHF radio supports operation on Licensed and Unlicensed bands. RF Bands Channel Spacing 6.25kHz, 12.5 kHz, 20kHz, 25 kHz Supported Frequency Bands 340-400MHz 400-480MHz Antenna Transmitter Data Rates Single SMA Connector for Receive and Transmit. Impedance 50Ω Power Range 10mW - 10 Watt (+10 to +40 dBm) Maximum Power Levels with QAM (Power reduction due to Modulation PeakAverage ratio) Encoding Max Power PAPR 4-QPSK 4W 0.4 16-QAM 2.5W 0.25 64-QAM 2.5W 0.25 Data Encoding and Data rates Data Encoding (DFSK Mode for E2-450 compatibility) Receiver Channel Encoding 6.25kHz 12.5kHz 25kHz 4-QPSK-FEC 4kpbs 8kbps 16kbps 4-QPSK 8kpbs 16kbps 32kbps 16-QAM 16kbps 32kbps 64kbps 64-QAM 24kbps 48kbps 96kbps Channel Encoding 12.5kHz 25kHz 2-FSK 4.8kbps 9.6kbps 4-FSK 9.6kbps 19.2kbps Receiver Sensitivity -5 6.25/12.5/25kHz channel spacing (BER=1x10 ) Receiver Sensitivity DFSK Mode -5 6.25/12.5/25kHz channel spacing (BER=1 x 10 ) Encoding Sensitivity 4-QPSK-FEC -116dBm 4-QPSK -110dBm 16-QAM -102dBm 64-QAM -94dBm 2-FSK -110dBm 4-FSK -102dBm Page 13 of 14 man_E2-455_V1-4_with_Part15_RSS E2-455 User Manual 7 REVISION HISTORY Issue No. Date Details of Amendment 1.0 24/10/2017 Initial Issue – From E2-450 User Manual 1.1 04/02/18 Update Safe distance limits 1.2 08/03/18 Update Safety notices to include Canada (ISED) specific RF exposure limits. 1.3 22/03/18 Update after CB Review. Notes re OEM installation, application notes. Note on Antenna connectors. Update FCC Exposure table. Page 14 of 14 man_E2-455_V1-4_with_Part15_RSS
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