Weidmuller WI-MOD-E-G Manuel d'utilisateur Page 14
- Page / 110
- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
Weidmuller Wireless Ethernet Modem & Device Server WI-MOD-E-G/A User Manual
Rev.2.16 www.weidmuller.com14
The net gain of the antenna/cable configuration is determined by adding the antenna gain and the cable loss.
For example, if using the WI-MOD-E-G a 10dBi antenna (7.8dBd) with 10 meters of Cellfoil (-5.6dB) has a net gain of
2.2dB (7.8dB – 5.6dB).
Installation tips
Connections between the antenna and coaxial cable should be carefully taped to
prevent ingress of moisture. Moisture ingress in the coaxial cable is a common
cause for problems with radio systems, as it greatly increases the radio losses. We
recommend that the connection be taped, firstly with a layer of PVC Tape, then
with a vulcanizing tape such as “3M 23 tape”, and finally with another layer of
PVC UV Stabilized insulating tape. The first layer of tape allows the joint to be
easily inspected when trouble shooting as the vulcanizing seal can be easily
removed.
Where antennas are mounted on elevated masts, the masts should be effectively
earthed to avoid lightning surges. For high lightning risk areas, surge suppression
devices between the module and the antenna are recommended. If the antenna is
not already shielded from lightning strike by an adjacent earthed structure, a
lightning rod may be installed above the antenna to provide shielding.
Dipole and Collinear antennas
A dipole or collinear antenna transmits the same amount of radio power
in all directions - as such that are easy to install and use. The dipole
antenna with integral 15 ft (5m) cable does not require any additional
coaxial cable; however a cable must be used with the collinear antennas.
Collinear and dipole antennas should be mounted vertically, preferably 1
wavelength away (see drawing below for distances) from a wall or mast
and at least 3ft (1m) from the radio module to obtain maximum range.
Directional antennas.
Directional antennas can be
a Yagi antenna with a main beam and orthogonal elements, or
a directional radome, which is cylindrical in shape, or
a parabolic antenna.
A directional antenna provides high gain in the forward direction, but lower gain in other
directions. This may be used to compensate for coaxial cable loss for installations with
marginal radio path.
Yagi antennas should be installed with the main beam horizontal, pointing in the forward
direction. If the Yagi is transmitting to a vertically mounted omni directional antenna, then the
Yagi elements should be vertical. If the Yagi is transmitting to another Yagi, then the elements at
each end of the wireless link need to in the same plane (horizontal or vertical).
Directional radomes should be installed with the central beam horizontal and must be pointed
exactly in the direction of transmission to benefit from the gain of the antenna. Parabolic
Figure 1 -
V
ulcanising Tape
Figure 2 - Dipole Antenna
Figure 3 - Collinear
Antenna
- WI-MOD-E-G & WI-MOD-E-A 1
- Device Server 1
- User Manual 1
- FCC Notice: 3
- Safety Notices: 3
- UL Notice: 3
- Important Notice 4
- Release Notice: 4
- CONTENTS 6
- CHAPTER 1 - INTRODUCTION 8
- Access Point vs Client 9
- Bridge vs Router 10
- CHAPTER 2 - INSTALLATION 12
- Antenna Diversity 13
- Line-of-sight installations 13
- Installation tips 14
- Directional antennas 14
- 2.2 - Power Supply 15
- 2.3 - Serial Connections 15
- RS485 Serial Port 16
- Figure 8 - DIO Input 17
- Figure 9 - DIO Output 17
- CHAPTER 3 - OPERATION 18
- Roaming Clients 19
- LED Indication 19
- 3.1 - Selecting a Channel 20
- 802.11a (5GHz) 21
- Default Configuration 22
- Figure 15 - TCP/IP Properties 23
- Figure 16 – Main Screen 24
- Figure 17 - Dragon 25
- 3.4 - Network Configuration 27
- 3.6 - Compatibility 31
- 3.7 - Security Menu 32
- Figure 24 - WP 33
- 3.8 - Normal Operation 34
- 3.9 - Radio Configuration 34
- Channel Selection 36
- Figure 30 - Advanced Radio 37
- Fixed Noise Floor 38
- RS-232 PPP Server 39
- Figure 31 - Serial Gateway 40
- Modbus TCP to RTU Gateway 41
- 3.12 - Serial Menu 42
- Multicast Pipe Manager 44
- 3.14 - Digital Input/Output 45
- 3.15 - Modbus I/O Transfer 45
- Figure 36 - Modbus 46
- Figure 35 - Modbus TCP 46
- Figure 37 - Modbus Mappings 47
- 3.16 - Roaming 49
- Figure 39 - Scan List 50
- 3.17 - Repeaters (WDS) 51
- WDS Connections: 52
- Figure 41 - Extending Range 53
- Figure 43 - WDS Roaming 54
- Figure 45 - WDS Redundancy 55
- Figure 48 - WDS Routed 56
- Figure 51 - Gateway Address 57
- 3.18 - Routing 58
- Figure 53 - Routing Rules 59
- 3.19 - Filtering 60
- ARP Filter Configuration 62
- 3.23 - VLAN 64
- VLAN Group 65
- Interface Membership 66
- Examples 66
- Figure 60 - VLAN Example 2 67
- Figure 62 - VLAN Encryption 70
- Figure 63 - WDS Encryption 70
- 3.24 - Module Information 71
- Client 2 Configuration 72
- Figure 66 - Example Repeaters 73
- CHAPTER 4 - DIAGNOSTICS 74
- Connected Devices 75
- Site Survey 75
- Diagnosing Low Throughput: 76
- Figure 70 - RX Noise Floor 77
- 4.3 - Custom Survey 78
- Example Two 79
- 4.4 - Throughput Test 80
- Throughput and Repeaters 81
- 4.5 - Statistics 83
- 4.6 - System Tools 84
- 4.7 - Testing Radio Paths 85
- 4.8 - Remote Configuration 87
- Connection Information 88
- Statistic Registers 89
- 4.10 - Utilities 90
- ”Ipconfig” 91
- ”Route” 92
- CHAPTER 5 - Specifications 93
- Web based Upgrade 95
- APPENDIX B - GLOSSARY 96
- APPENDIX C - CHANNELS 101
- 802.11a & TX Power 103
- Materials 104
- Installation 104
- Iperf Applications 104
- JPerf Application 106
Ofm E1007 manuales
Manuales del propietario y guías del usuario para Mueble Ofm E1007.
Ofrecemos 1 manuales en pdf Ofm E1007 para descargar gratis por tipos de documentos: Manual de usuario
Commentaires sur ces manuels