Summary of Contents for MiMOMax Wireless Pyxis
- Page 1 PYXIS PRODUCT MANUAL This document contains proprietary information and must not be provided or copied to third parties without express permission from MiMOMax Wireless Ltd...
- Page 2 Whilst every precaution has been taken in the preparation of this literature and it is believed to be correct at time of issue, MiMOMax Wireless Ltd assumes no liability for errors or omissions or for any damages resulting from the use of this information. Due to a policy of continuous technical improvement the contents of this document and any specifications contained therein are subject to revision and may change without notice.
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Page 3: Table Of Contents
15.19 .................................. 11 TATEMENT 15.105( ................................ 11 TATEMENT PYXIS RADIO UNIT OVERVIEW .............................. 1 2 ................................ 12 IGITAL ROCESSING YSTEM 4.1.1 Power supply .................................. 12 4.1.2 Central Processor Unit ................................ 12 ... - Page 4 7.2.1.4 Equipment ventilation .............................. 25 7.2.1.5 Lightning protection .............................. 26 SPECIFICATIONS .................................. 2 7 ................................ 27 LECTRICAL PECIFICATION .................................. 28 HYSICAL PECIFICATION .................................... 29 OMPLIANCES ................................ 29 MECHANICAL DIMENSIONS © MiMOMax Wireless Ltd Pyxis Product Manual...
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Page 5: Abbeviations An Acronyms
MiMOMax Routing Adaptation Protocols Network Digital Link Network Interface Board Network Time Protocol Optimised Protection Variant Open System Interconnection OSPF Open Shortest Path First OTAC Over the Air Configuration OTAP Over the Air Programming © MiMOMax Wireless Ltd Pyxis Product Manual... - Page 6 Virtual Router Redundancy Protocol VSWR Voltage Standing Wave Ratio Conventions used in this manual This indicates the following information is for reference purposes. This indicates the following information is important and the user MUST take note. © MiMOMax Wireless Ltd Pyxis Product Manual...
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Page 7: Pyxis System Overview
When used with Tornado radios, Pyxis radios provide Tier 2 network connectivity from a selected set of Tier 1 Tornado remote locations to end points in the near vicinity. This is achieved by having Pyxis bases (BRU-P) co-located with Tier 1 Tornado remote radios (RRU-T) and connected via a wired Ethernet connection. -
Page 8: Typical Tier 2 Pyxis Network
(MDL) ULTIPOINT DIGITAL LINKS The MiMOMax Pyxis MDL is a highly reliable and robust point-to-multipoint wireless linking solution designed for mission- critical Supervisory Control and Data Acquisition (SCADA) and Telemetry applications. It consists of one or more Base Radio Units (BRUs) that support up to 250 Remote Radio Units (RRUs). - Page 9 SCADA networks can use MDL links to connect remote RTUs to the central SCADA master. For difficult terrains or very long paths the store and forward mode can be used. SCADA Network Example FIX ANTENNA RADIO PICTURE © MiMOMax Wireless Ltd Pyxis Product Manual...
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Page 10: Safety Warnings
Minimum Safe Distance from Antenna: To comply with safety requirements for human RF exposure in the USA, Canada and other countries, no person shall be permitted to remain in the vicinity of the antenna of an operational MiMOMax Pyxis system at distances closer than the following: General Public / Uncontrolled Use: 0.2m when using an 4dbi Omni Antenna or 0.25m with an 6dbi Omni Antenna with... -
Page 11: Fcc 15.19 Statement
— Increase the separation between the equipment and receiver. — Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. — Consult the dealer or an experienced radio/TV technician for help. © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 12: Pyxis Radio Unit Overview
PYXIS RADIO UNIT OVERVIEW MiMOMax Pyxis radios consist of the following modules. Digital Processing System (DPS) Transceiver (TRCVR) These modules are described in detail in the sections that follow. User data (Ethernet or serial) passes from the various interfaces into the Digital Processing System (DPS) where sophisticated processing takes place to code the data into frames for transmission. -
Page 13: Alarm
The receiver Front End consists of a RF saw filter, LNA and post-LNA bandpass filter. Incoming signals are fed through two switchable RF saw filters, which have band pass response centred at the low and high frequency bands that the Pyxis radio operates at. -
Page 14: Transmitter Local Oscillator
= Iavg = 25/S Amperes = Imcb = 1.5*Iavg 10.5 Volts 0.57 Amps 0.85 Amps 24 Volts 0.25 Amps 0.37 Amps 48 Volts 0.13 Amps 0.18 Amps 56 Volts 0.1Amps 0.15 Amps Current draw © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 15: Starting Current
Two shielded RJ45 sockets provide serial port connection. These ports operate via a terminal server application. The RS232 pin out is as per the EIA/TIA-561 standard and as per the MiMoMax Tornado Radio © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 16: Rs232 Pin Out Is As Per The Table Below
Configuring of the GPIO should be performed using CCMS. The alarm provides both open and closed in alarm contacts and is isolated from the rest of the radio circuitry. The External reference input/output is an isolated differential pair. © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 17: Gpio As Analog Input
GPIO Output Circuit 4.7.4 GPIO Pin Out Signal Name Pin number Ext Ref n Ext Ref p GPIO Ground (Radio Ground) GPIO_4 GPIO_3 GPIO_2 GPIO_1 Open in Alarm Alarm Comm Closed in Alarm © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 18: Usb
Lnk – (BRU-P) The link is always up Lnk – (RRU-P) Flashing indicates the radio is in auto scan / discovery mode and is searching for best Pyxis base radio Lnk – (RRU-P) Solid indicates the unit has acquired suitable Pyxis Base radio and is communicating ... -
Page 19: Radio Setup And Configuration
First, we connect to each radio unit locally. To do this, configure the IP address, subnet mask and gateway of the connected device or laptop. It is crucial that the laptops/devices are on the same subnet as the Pyxis radios and also that their gateway is set to the Pyxis’s IP address. - Page 20 Ipconfig on the left (In this case the gateway has not been set properly!) and on the right Pinging 192.168.0.1 (the BRU) from Laptop A You are now ready to log in, configure, and monitor the system. © MiMOMax Wireless Ltd Pyxis Product Manual...
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Page 21: System Configuration Using Ccms And Cli
CCMS web pages. For a full list of functions please refer to MiMOMax’s CCMS Manual. CLI is a command line interface used for configuring the radio over low bandwidth networks. For a full list of functions please refer to MiMOMax’s Command Line Interface (CLI) Manual. © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 22: Installation
INSTALLATION OUNTING OLUTIONS Pyxis radios can be mounted in several different ways to meet the customers application. These include 7.1.1 Din rail mounting 7.1.2 Wall / surface mounting © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 23: Rack Mounting
7.1.3 1U Rack mounting 7.1.4 1U Rack mounting with a Tornado radio © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 24: Tornado Piggy Back Mounting
Tornado piggy back mounting 7.1.6 Mounting option Bill of Materials Description MiMOMax Part Number Din Rail mounting kit ACC-MNT-DMP-01 Wall / Surface mount bracket ACC-MNT-WMP-01 1U Mounting plate ACC-MNT-RMM-001-0000 Tornado Piggyback mounting plate ACC-MNT-PBP-01 © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 25: Installation Of Solution
NSTALLATION OF OLUTION A typical system installation for the Pyxis system is shown below which follows the same approach as when installing a single Tornado Radio solution. Regardless of the mounting configuration used, the appropriate site engineering must be undertaken. -
Page 26: Lightning Protection
The transmitting variant is the larger. It is very important that these variants are not confused because the lower discharge potential rating for the receiver unit will be triggered by transmitting voltages. This will cause a high VSWR and poor performance. © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 27: Specifications
GPIO Input voltage Input -0.3 Current Sinking Capability Output driving low Input Impedance kOhms Alarm Input current (max) Switching voltage (max) Reference input Level Frequency Reference output Level Parameter Conditions Typical Units Frequency © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 28: Physical Specification
Maximum Operating Humidity 95% Non-Condensing Minimum Storage Temperature Maximum Storage Temperature Maximum Storage Humidity 95% Non-Condensing Transportation - Packaged Weight 0.82 Height = 51 Transportation – Package Dimensions Width = 266 Depth = 155 © MiMOMax Wireless Ltd Pyxis Product Manual... -
Page 29: Compliances
FCC 47CFR part 90 Radio Performance IC Canada ETSI EN 300-113 AS/NZS/CISPR22 FCC 47CFR part 15 EN301 489 FCC 47CFR part 15 IEC 60950-1: 2005, Am Safety IEC 60950-1: 2005, Am 1: 2009 1:2009 MECHANICAL DIMENSIONS © MiMOMax Wireless Ltd Pyxis Product Manual...
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