Wireless Seismic 00401 Base Station Unit User Manual DeploymentGuide

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 61

Backhaul

Set t ing up t he Backhaul Equipm ent

1 1 At t ach a radio t o t he elect ronics carrier.

1 2 Uncoil an Ethernet cable, at tach one end t o a radio unit and the ot her end to

the PoE. Form a service loop ( ext ra cable) by looping t he Ethernet cable over

the t op of t he radio unit. I f you are installing two radios on t he m ast , refer to

“ I nst alling Two Radios on the Mast ” on page 69 for cabling and configuration

inst ructions.

1 3 Ensur e t hat all direct ional antennas, when raised, are point ed correct ly. The

radio unit should be facing t oward t he recording t ruck.

1 4 Thread guy lines through t he guy line collar on t he electronics carrier and

thread t hrough cleat s on t he bott om m ast tube.

Figure 4 – 3 4 H a m m e r ing Guy Line St a k es

Draft

62 RT 1000 v1.3 Deploym ent Guide R03.d

Backhaul

Setting up the Backhaul Equipment

1 5 Secure the t wo lines t hat angle away from the line of t he m ast int o t he cleats

at t he m arks on t he rope. The t hird rope which is in line wit h t he m ast will be

secured aft er t he m ast is raised.

Figure 4 – 3 5 Guy Lin e Collar

Figure 4 – 3 6 Threa ding Guy Line s Through Clea t s

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 63

Backhaul

Set t ing up t he Backhaul Equipm ent

1 6 While holding the free guy line, lift / walk the m ast t o a vertical posit ion and

secure t he line int o the cleat.

Figure 4 – 3 7 W a lk in g t he M a st t o Ve rt ica l 1

Figure 4 – 3 8 W a lk in g t he M a st t o Ve rt ica l 2

Draft

64 RT 1000 v1.3 Deploym ent Guide R03.d

Backhaul

Setting up the Backhaul Equipment

Figure 4 – 3 9 W alk ing t he M a st t o Ve r t ica l

3

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 65

Backhaul

Set t ing up t he Backhaul Equipm ent

1 7 Adj ust all lines t o bring t he m ast t o a vertical posit ion.

1 8 Ensur e t hat each line is firm ly seat ed in each cleat, loosely wrap lines around

m ast and secure at t he large cleat on t he base.

Figu r e 4 – 4 0 Se cu r in g t h e Guy Lin e t o

t he Cleat

Draft

66 RT 1000 v1.3 Deploym ent Guide R03.d

Backhaul

Setting up the Backhaul Equipment

Figure 4 – 4 1 Tight ening Guy

Lin e s in Cle a t s

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 67

Backhaul

Set t ing up t he Backhaul Equipm ent

Figu r e 4 – 4 2 W r apping Lines

Ar ound t he Ma st

Figure 4 – 4 3 Se cur in g Lin e s t o La r ge Cle a t

Draft

68 RT 1000 v1.3 Deploym ent Guide R03.d

Backhaul

Setting up the Backhaul Equipment

1 9 Check to m ake sure t hat the ant ennas are aim ed properly.

2 0 Uncoil an Et hernet cable. Att ach one end t o the BSU and t he ot her end t o the

PoE.

2 1 Check Ethernet stat us light s, if not green or flashing green rem ove Ethernet

cable from t he PoE, count t o five and re- insert.

2 2 I f stat us does not change t o green or flashing green report the condit ion.

Figure 4 – 4 4 Ba ck haul Ant enna Ere ct ed

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 69

Backhaul

I nstalling Two Radios on the Mast

4.5 Installing Two Radios on the Mast

When you are inst alling a rem ot e backhaul, t here can be t wo radios on t he m ast

as shown in t he following figure:

To in st a ll t w o radios on t he m ast :

1Prerequisit es:

●TBD

●The radios are configured to allow t he PoE opt ion ( see step 11 on page 56) .

●The radios are BOTH configured as m esh POI NTS ( see st ep 6 on page 54) .

2At t ach t wo radios t o t he m ast . Refer t o t he deploym ent instructions for the

locat ion at which to aim the radio. One should point t owards t he recording

Figure 4 – 4 5 Tw o- Ra dio I nst a lla t ion

Draft

70 RT 1000 v1.3 Deploym ent Guide R03.d

Backhaul

Removing the Backhaul Equipment

truck ( uplink) , and t he other should point t owards the next rem ote backhaul

locat ion ( downlink) .

3Connect t he t wo radios with a short Ethernet cable: Radio1/ LAN 2 t o Radio 2/

LAN 1.

4Connect Radio 1/ LAN 1 t o t he PoE.

4.6 Removing the Backhaul Equipment

TBD

4.7 Use Cases or Example Deployments

This sect ion shows a few exam ple deploym ents.

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 71

Backhaul

Use Cases or Exam ple Deploym ent s

Figure 4 – 4 6 2 D Single Ba ckha ul

Draft

72 RT 1000 v1.3 Deploym ent Guide R03.d

Backhaul

Use Cases or Example Deployments

Figu r e 4 – 4 7 3 D Dua l Ba ck haul, Tw o Root N odes

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 73

Backhaul

Use Cases or Exam ple Deploym ent s

Figure 4 – 4 8 2 D Single Ba ckhaul, St ar Configura t ion

Draft

RT 1000 v1.3 74 Deploym ent Guide R03.d

5

Demobilization

5.1 Overview

This chapt er describes how t o prepare (undeploy) t he ground electronics for

transport at the end of a proj ect ( dem obilization) .

5.2 Removing the WRU from the Field

This sect ion describes t he process t o ready t he WRU for m ovem ent t o a new

physical locat ion or t o rem ove it in preparat ion for dem obilization.

To un deploy t he W RU:

1Prerequisit es:

●The WRU is assem bled wit h bat t ery, geophone, and ant enna

●The WRU is in an act ive, t ransit ional, or ready stat e

2Pick up the WRU and point t he geophone connect or end t owards t he sky as

shown in the following figure. All of the LEDs illum inat e:

3Place t he unit flat in t he t ransportat ion vehicle as shown in t he follow ing

figure. The unit shut s down. The LEDs on the t op of the unit are off.

Figure 5 – 1 Pow e r Off t he

Un it

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 75

Demobilization

Disassem ble t he WRU

4Opt ional: Rem ove batt eries, ant enna, or geophone as described in

“ Disassem ble t he WRU” on page 75.

5.3 Disassemble the WRU

This sect ion describes t he process t o disassem ble the WRU prior to dem obilization.

To disa sse m ble t h e W RU:

1Undeploy t he equipm ent as described in “ Rem oving t he WRU from the Field” on

page 74.

2Rem ove t he ant enna from t he unit using nylon grip pliers.

Figu r e 5 – 2 Unde ployed Unit

TBD

Figure 5 – 3 Re m oving t he Ant e nna

Draft

76 RT 1000 v1.3 Deploym ent Guide R03.d

Demobilization

Disassemble the WRU

3Rem ove t he geophone from t he unit .

4Rem ove t he bat t eries from t he unit .

●Press the cat ch on t he bat t ery latch.

●Lift t he lever, but do not lift t he bail from t he m olded area on t he bat t ery.

●Continue t o lift the lever using t he bail t o push t he bat tery out of t he

connector.

5Secure the equipm ent in t he t ransport vehicle.

I m age showing geophone inst allation TBD.

Figure 5 – 4 Re m oving t h e Ge ophone

Figure 5 – 5 Rem oving the Ba t t er y

Draft

RT 1000 v1.3 77 Deploym ent Guide R03.d

6

Testing and Maintaining the

Equipment

6.1 Overview

This chapt er describes int ernal and ext ernal t ests for t he ground equipm ent .

6.2 Testing the Layout

TBD

6.2.1 Line Tests

TBD

6.2.2 Source Control Tests

TBD

6.2.3 Acquisition Parameter Testing

TBD

6.2.4 Built-In-Self-Test (BIST)

TBD

WARNING

I n or der t o com ply wit h FCC radio frequency (RF) exposure

requirem ent s, t he RT 1000 unit s m ust be inst alled so that a m inim um

separat ion dist ance of 20 cm is m aint ained bet ween the ant enna( s) and

all persons at all t im es during norm al operat ion.

Draft

78 RT 1000 v1.3 Deploym ent Guide R03.d

Testing and Maintaining the Equipment

Maintaining the Equipment

6.3 Maintaining the Equipment

TBD

6.3.1 Units

TBD

6.3.2 Antennas

TBD

6.3.3 Geophones

TBD

6.3.4 Cautions

TBD

Draft

RT 1000 v1.3 79 Deploym ent Guide R03.d

7

Troubleshooting and Tips

7.1 Best Practices

This sect ion provides som e t ips on wor king w ith t he equipm ent .

7.1.1 24 Ah Batteries

I n or der t o m aint ain t he best possible com m unication channel, observe the

following t ips:

Place a fully char ged 24 Ah bat t ery on t he backhaul ever y day.

Keep ext ra 24 Ah bat t eries charged up at the st aging area.

St ore 24 Ah bat t eries at the st aging area when not in use. Deep

discharging of t he bat t eries can short en t heir lifespan considerably.

7.1.2 Fluidmesh Radios

I f you are having t rouble com m unicat ing with t he Fluidm esh radios, check t he

following:

Try sending a ping com m and in a CMD window t o t he I P address of t he

radio.

I f you are t rying to connect direct ly wit h a com puter, m ake sure you have

configured a privat e net work (see “ Create a Privat e Network” on page 43) .

Ensure t hat you have configured t he radios as follows:

●FM1100 = m esh POI NT (rem ote backhaul)

●FM3100 = m esh END ( cent ral backhaul)

I t t akes one full m inut e t o see t he alignm ent stat istics in the Fluidm esh GUI

( from the browser) , so be sure to wait for it .

NOTE

I f you configure t wo FM1100 radios on t he sam e m ast t o be a m esh

POI NT and a m esh END, t hey will com m unicate over t he sw itch and lock

ever yt hing else out of t he com m unicat ion loop. They m ust bot h be

configur ed as m esh POI NTs.

Draft

80 RT 1000 v1.3 Deploym ent Guide R03.d

Troubleshooting and Tips

Best Practices

7.1.3 PoE

When t em perat ure swings are ext rem e, or weat her is severe, st ore t he PoE boxes

in t he recording t ruck at night .

To ensure a prot ect ed connect ion, be sure to use an Ethernet cable with a

protective shell ( 65- 0051) when connecting Ethernet cables to the PoE ( see Figure

4–8 Prot ect ive Et hernet Connector on page 34) .

7.1.4 Urban Environments

The following could im pact your configuration in urban environm ent s:

You m ay need t o use repeaters when crossing a road.

You m ay need t o adj ust WRU placem ent and ant enna st rength when crossing a

road.

You will need t o consider t he presence of pow er lines and buildings when

placing WRUs and backhaul com ponents.

7.1.5 Ethernet Cables

Use CAT6 qualit y cables.

To ensure a prot ect ed connect ion, be sure to use an Ethernet cable with a

protective shell ( 65- 0051) when connecting Ethernet cables to the PoE ( see Figure

4–8 Prot ect ive Et hernet Connector on page 34) .

7.1.6 Antennas

When placing or select ing antennas in, consider t he follow ing:

I n areas where t here is a st eep inclinat ion, sm aller gain ant ennas m ay provide

a bet t er signal.

I n areas wher e t here is a st eep inclinat ion, t ry t o reduce t he inclination by

going up or dow n at an angle rat her t han straight up or down.

Use repeaters to cover overpass and steep inclinat ion sit uat ions.

I f you need m ore signal strengt h, use an ext ender wit h a riser t o elevate t he

ant enna.

CAUTION

Do not allow t he PoE batt ery t o rem ain connected at a voltage of 22V or

less. Dam age t o t he equipm ent could occur.

Draft

RT 1000 v1.3 81 Deploym ent Guide R03.d

8

Batteries

This chapt er provides inform ation about t he bat teries and bat t ery

requirem ent s.

8.1 Lithium Ion Battery Specifications

The RT 1000 uses one or t wo custom int elligent lit hium - ion bat teries w ith self-

cont ained charging circuitry t hat protect s the bat t eries from overcharge,

discharge, short circuits, or extrem e t em perat ure charging.

Bat t ery specifications are shown in the following table:

Table 8 – 1 Lit h ium I on Bat t e ry Spe cificat ion s

Volt age Nom inal 3.7 VDC

Sh ut - off 2.8 VDC

Full ( 90% ) charge 4.1 VDC

Full ( 90% ) charge

m Ah

Approxim ately 12,000

m Ah at nom inal voltage

Full ( 90% ) charge

m Wh

Approxim ately 44,400

m Wh at nom inal volt age

Connect or 5 - pin

LED One LED t hat indicat es

charging st at us when

connected t o t he

charging st at ion as

follows

●Green – Charged

●Red – Charging

●Am ber –

Transit ional phase

bet ween charging

and charged, or

charge

tem perature

lim it s exceeded

Label One bar code serial

num ber label

Draft

82 RT 1000 v1.3 Deploym ent Guide R03.d

Batteries

Lithium Ion Battery Charger

8.2 Lithium Ion Battery Charger

The lit hium ion bat t ery charger is designed t o operat e from a single 10 A, 120 VAC

service line.

Tem perat ure Operat ing From - 50° C to + 75° C

Charging From 0°Cto+45°C

Am bient St orage ►From - 20° C t o

+ 45° C for a

m axim um

period of one

m ont h

►From - 20° C t o

+ 35° C for a

m axim um of 6

m ont hs, aft er

which t im e

the batt ery

packs will

need t o be

rechar ged t o

above 50%

capacity

Table 8 – 1 Lit h ium I on Bat t e ry Spe cificat ion s

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 83

Batteries

Lit hium I on Bat tery Charger

The power supply t o charge t he bat tery pack is a 5VDC regulat ed voltage supply.

Figure 8 – 1 Ba t t e ry Char ger

Draft

84 RT 1000 v1.3 Deploym ent Guide R03.d

Batteries

BSU Battery

8.3 BSU Battery

TBD

Figu r e 8 – 2 Seria l N um be r

La be l a n d LED I ndicat or

Draft

RT 1000 v1.3 85 Deploym ent Guide R03.d

A

Legal Information

A.1 FCC Rules and Regulations Compliance

The Federal Com m unicat ions Com m ission ( FCC) regulates t he use of antennas

in t he “ Code of Federal Regulat ions – Tit le 47, Part 15 – Radio Frequency

Devices, Subpart C – I nt ent ional Radiators, Sect ion 15.203 Antenna

Requirem ent .”

When used as int ended, the RT 1000 com plies wit h FCC Section 15.203

requirem ent s as follow s:

The RT 1000 antennas shall be installed and handled by professionals

specifically designat ed for t his purpose.

Changes or m odificat ions not expressly approved by Wireless Seism ic, I nc.

can void t he users’s aut hority t o operat e t he equipm ent.

The RT 1000 shall be used wit h only t he supplied ant ennas (Table A–1)

at t ached t o t he WRU or BSU wit h an integrat ed t ype N m ale connector.

NOTE

This equipm ent has been t ested and found t o com ply wit h t he lim it s for

a Class A digital device, pursuant to part 15 of t he FCC Rules. These

lim it s are designed t o provide reasonable protection against harm ful

int erference when t he equipm ent is operated in a com m ercial

environm ent. This equipm ent generates, uses, and can radiat e radio

frequency energy and, if not inst alled and used in accordance w ith t he

inst ruction m anual, m ay cause harm ful int erference t o radio

com m unications. Operat ion of this equipm ent in a r esidential area is

likely t o cause har m ful int er fer ence in which case t he user w ill be

required t o correct t he int erference at his own expense.

Table A– 1 An t e n n a Spe cifica t ions

Mode l Fr eque n cy

( MH z) Gain Vert ical

Bandw idt h W eight

Dim ension

( Le n gt h x

D ia m e t e r )

WSI 65- 0067 2400- 2485 9 dbi 14° 0.8 lbs

0.5 kg

27 x 0.6 in

690 x 15 m m

WSI 6060- 001- 01 24 00 - 24 85 7 dBi 18° 0.6 lbs

0.3 kg

21 x 0.6 in

540 x 15 m m

Draft

86 RT 1000 v1.3 Deploym ent Guide R03.d

Legal Information

FCC Rules and Regulations Compliance

The Base St at ion Unit has been grant ed FCC equipm ent aut horizat ion under t he

FCC I dentifier YZO-00400.

The Wireless Rem ote Unit has been grant ed FCC equipm ent aut horization under

the FCC I dent ifier YZO- 00100.

WSI 65- 0023 2400- 2485 5 dBi 25º 0.5 lbs

0.2 kg

12 x 0.6 in

355 x 15 m m

WSI 65- 0025 2400-2485 2 dBi @ 2.4 120° 1.6 oz

45.4 g

7.6 x 0.5 in

193 x 12.7 m m

Table A– 1 An t e nna Specifica t ions ( cont .)

Mode l Fr eque n cy

( MH z) Gain Vert ical

Bandw idt h W eight

Dim ension

( Le n gt h x

D ia m e t e r )

WARNING

I n or der t o com ply wit h FCC radio frequency (RF) exposure

requirem ent s, t he RT 1000 unit s m ust be inst alled so that a m inim um

separat ion dist ance of 20 cm is m aint ained bet ween the ant enna( s) and

all persons at all t im es during norm al operat ion.

Draft

RT 1000 v1.3 87 Deploym ent Guide R03.d

B

Fluidmesh Radio Specifications

The inform at ion in this chapt er is repr oduced here for your convenience from

the Fluidm esh dat a sheet available at t he following locat ion:

ht t p: / / ww w.fluidm esh.com / press- room / product- literature/ doc_det ails/ 160-

flu id m esh - m it o- series

B.1 The Fluidmesh Mito Series

The Fluidm esh® MI TO Series is a MI MO- based tri- band wir eless Ethernet

product line designed and m anufact ured specifically for m ult i- service backhaul

applicat ions.

MI TO - The Revolut ion in W irele ss Ba ckhauling

Wit h t he MI TO product line, Fluidm esh has developed a revolut ionary wireless

backhaul solution t hat is capable of offering extrem e perform ances with a

sm all form fact or. MI TO is a unique 2x2 MI MO solut ion wit h int egrat ed

directional ant ennas which has allow ed Fluidm esh t o break t he m ould and

creat e a product line t hat is a gam e changer in the w ireless backhauling arena.

You won't need t o inst all ext ernal antennas. You won't need to deal with

coaxial cables, light ing suppressors, and grounding. The Fluidm esh

1100 MI TO and t he Fluidm esh 3100 MI TO have an int egrat ed radio-ant enna

solut ion wit h an out door rat ed enclosure that is slightly bigger t han t wo decks

of cards. The Fluidm esh 11oo MI TO m ount s a 2x2 MI MO pat ch ant enna and

can be used to creat e point to point, point t o m ult ipoint, and m esh net works

providing unparalleled perform ances and a com pact form factor. The Fluidm esh

3100 MI TO m ount s a 2x2 MI MO sector antenna and is designed for m edium

and large point t o m ult ipoint deploym ents with up t o 150 client s.

Tri- ba nd Radio oper a t ing a t 4 .9 GH z, and 5 .1 - 5 .8 GH z

The Fluidm esh MI TO Series features one tri- band radio and can operat e at 4.9

GHz, and 5.1- 5.8 GHz and m odulat e up to 300 Mbps. The preferred frequency

can be easily select ed through a web based int erface.

Opt im ize d Prodigy Tra n sm ission Prot ocol for m ax im u m Re lia bilit y

The Fluidm esh MI TO Series em ploys Prodigy, Fluidm esh's proprietary high

perform ance 'int elligent ' transm ission prot ocol, built to overcom e t he lim it s of

st andard license- free protocols and t o deliver a wireless infrast ructure with a

higher level of r eliability. Pr odigy was developed t o transm it any I P- com patible

Draft

88 RT 1000 v1.3 Deploym ent Guide R03.d

Fluidmesh Radio Specifications

The Fluidmesh Mito Series

traffic including data, video, and voice. At t he base of our innovat ive t ransm ission

protocol, t here is a t raffic optim izat ion algorit hm t hat allows every Fluidm esh

device to assign a specific level of priority and reliabilit y t o every packet

transm it t ed. This process allows the w ireless net work to aut om at ically adj ust its

transm ission param et er s based on t he t ype of t raffic t ransm itt ed. The overall

result is a bet t er, m ore reliable, m ult i- service wireless infrast ruct ure.

Com pa ct De sign for Easy I nst allat ion

The Fluidm esh MI TO Series has a com pact form factor designed for low visual

im pact deploym ent s. The integrat ed panel antenna m akes for easy inst allation and

support s a range of up t o 30 m iles in line of sight . The provided low- power POE

inj ector guarant ees a straight- forward set - up.

Flu ldTh r ot t le ™

The Fluidm esh MI TO Series is based on the innovat ive FluidThrot t le™ technology

which allows t he user t o lim it t he t ot al cost of ownership of the w ireless network

by paying only for t he am ount of bandwidth required. Additional t hroughput can be

easily achieved by upgrading t he system wit h soft ware plug- ins in case the

bandwidt h requirem ents increase over t im e. This solut ion m akes Fluidm esh the

m ost cost- effect ive and flexible wir eless solut ion provider in t he m arket .

FluidMAX™

The Fluidm esh MI TO Series support s t he patent- pending FluidMAX™ t echnology

and can be used t o create Point- to-Point, Point- t o- Multipoint , and Mesh

archit ect ures. Thanks t o FluidMAX™, the Fluidm esh MI TO Series can operat e wit h

a cent ralized m edium access cont rol protocol, or with a distribut ed m edium access

cont rol prot ocol, depending on the net work layout . That m eans t hat our unit s can

operate in eit her CSMA or TDMA. The decision is m ade aut om atically by t he

net work based on its layout and requires no user int ervent ion.

Ea sy M esh® Pla t for m a n d FM Quadr o I nt erface

The Fluidm esh MI TO Series includes EasyMesh™. The EasyMesh t echnology allows

the user t o set t he sam e range of private I P addresses across t he ent ire network.

The Fluidm esh MI TO Series also includes t he FMQuadro™ web int erface w hich

allows the user t o configure, m onit or, and t roubleshoot t he w ireless network in real

tim e wit hout t he need of addit ional soft ware or a server. The unit com es wit h a

built- in spect rum analyzer, a real- tim e bandwidt h m onit oring t ool, and a w izard t o

facilit ate t he configurat ion of t he syst em .

AES- 1 2 8 Encrypt ion Support ( FI PS- 1 9 7 Com plia n t )

The Fluidm esh MI TO Series includes support for 128 bit AES Encrypt ion at t he link-

level which can be used for FI PS- 197 com pliance. Because AES I s I m plem ent ed in

hardware, t here is no loss in t erm s of perform ance w hen AES is enabled.

Sim ple N et w ork M a nage m ent Pr ot ocol ( SN M P) Suppor t

The Fluidm esh MI TO Series support s SNMP version 3. The Sim ple Net work

Managem ent Prot ocol allows t he user to centrally m anage t he m esh devices wit h a

SNMP server and t o receive autom atic alarm s in case of net w or k failure.

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 89

Fluidmesh Radio Specifications

Fluidm esh 1100 with MI TO Technology

B.2 Fluidmesh 1100 with MITO Technology

RAD I O

ELECTRI CAL

EN V I RO N MEN TAL

PHYSI CAL

Frequency Bands: 5.15- 5.25 and 5.725- 5.825 GHz ( US, FCC)

5.470- 5.725 GHz (Europe, ETSI )

4.940 - 4.990 GHz ( US,FCC)

Modulat ion: OFDM ( BPSK, QPSK, 16- QAM, 64- QAM)

Modulat ion speed: Up t o 300 Mbps

TX Power: Up t o 27 dBm , depending on configuration and

regulat ory const raints

AX Sensitivity 5GHz: - 96d8@6.5Mbps; - 75dB@300Mbps

Ant enna Type: 2x2 MI MO

Ant enna Gain: 14.6- 16.1 dBi

Ant enna Polarizat ion: Dual Linear

Cross- pol I solat ion: 22dB m inim um

Max VSWR: 1.6: 1

H- pol Beam width: 43 deg.

V-pol Beam widt h: 41 deg.

Elevat ion Beam widt h: 15 deg.

Power in put : Passive PoE 15V

DC,

0.8A, (pairs

4,5+;

7,8

return

)

Power

consum ption:

Max

8W

Power over E

ther net

I n j ect or :

Included

,

90/260V

50/60 Hz AC

input

Operating Tem perat ure: - 30° C to + 80° C

St orage Tem perat ure: - 30° C to + 80° C

Hum idity: 95% condensing

Weat her Rat ing: I P65

Wind Survivability: 120 m ph

Shock & Vibrat ion: ETSI 300- 019- 1.4

I nt erfaces: Two ( 2) I nt ernal Et hernet

10/ 100BaseT aut osensing, RJ45

Dim ensions ( m m ) : 294 ( h) X 80 ( w) X 30( d)

Wei g h t ( Kg) : 0 . 4

Enclosure m at erial: Out door UV St abilized Plastic

Draft

90 RT 1000 v1.3 Deploym ent Guide R03.d

Fluidmesh Radio Specifications

Fluidmesh 3100 with MITO Technology

OPTI ON AL SOFTW ARE PLUG- I N S

Ethernet Capacit y Plug-in up t o 1 Mbps ( included)

Ethernet Capacit y Plug-in up to 2.5 Mbps

Ethernet Capacit y Plug-in up to 5 Mbps

Ethernet Capacity Plug- in up t o 10 Mbps

Ethernet Capacity Plug- in up t o 30 Mbps

Ethernet Capacity Plug- in up t o 60 Mbps

Unlim ited Wired Ethernet Capacit y Plug- in ( up t o 100 Mbps)

802.1Q VLAN Support

AES-128 Encrypt ion

B.3 Fluidmesh 3100 with MITO Technology

RAD I O

ELECTRI CAL

EN V I RO N MEN TAL

Frequency Bands: 5.15- 5.25 and 5.725- 5.825 GHz ( US, FCC)

5.470- 5.725 GHz (Europe, ETSI )

4.940 - 4.990 GHz ( US,FCC)

Modulat ion: OFDM ( BPSK, QPSK, 16- QAM, 64- QAM)

Modulat ion speed: Up t o 300 Mbps

TX Power: Up t o 27 dBm , depending on configuration and

regulat ory const raints

AX Sensitivity 5GHz: - 96d8@6.5Mbps; - 75dB@300Mbps

Ant enna Type: 2x2 MI MO

Ant enna Gain: 14.6- 17.1 dBi

Ant enna Polarizat ion: Dual Linear

Cross- pol I solat ion: 22dB m inim um

Max VSWR: 1.5: 1

H- pol Beam width: 72 deg.

V-pol Beam widt h: 93 deg.

Elevat ion Beam widt h: 8 deg.

Power in put : Passive PoE 24V

DC,

1A, (pairs

4,5+;

7,8

return

)

Power

consum ption:

Max

8W

Power over E

ther net

I n j ect or :

Included

,

90/260V

50/60 Hz AC

input

Operating Tem perat ure: - 30° C to + 75° C

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 91

Fluidmesh Radio Specifications

MI TO Ser ies General Charact er istics

PHYSI CAL

OPTI ON AL SOFTW ARE PLUG- I N S

Ethernet Capacit y Plug-in up t o 10 Mbps

Ethernet Capacit y Plug-in up t o 30 Mbps

Ethernet Capacit y Plug-in up t o 60 Mbps

Unlim ited Wired Ethernet Capacity Plug- in ( up t o 100 Mbps)

802.1Q VLAN Support

AES- 128 Encryption

B.4 MITO Series General Characteristics

N ETW ORK

Prot ocols: UDP, TCP, I P, RTP, RTCP, RTSP, HTI P, HTI PS, I CMP, ARP

Medium Access Cont rol ( MAC) Protocols: Centralized Polling-based, Distribut ed

CSMA/ CA- based

Web-based int erface for rem ot e m anagem ent

Multicast support

UPnP support

NMP support

802.1Q VLAN Support

SECURI TY

Full VPN com pat ibility

Full com pat ibilit y wit h all encr ypt ion and aut hent ication standards

( AES, 3DES, RSA, HTI PS, SSL, et c.)

AES-128 ( FIPS- 197 Com pliant) Link- level Encrypt ion

APPROVALS

FCC CFR 47 Part 15, class B

I ndustry Canada RSS 210

St orage Tem perat ure: - 30° C to + 75° C

Hum idity: 95% condensing

Weat her Rat ing: I P65

Wind Survivability: 120 m ph

Shock & Vibrat ion: ETSI 300- 019- 1.4

I nt erfaces: One ( 1) I nt ernal Et hernet

10/ 100BaseT aut osensing, RJ45

Dim ensions ( m m ) : 370 ( h) X 80 ( w) X 70( d)

Wei g h t ( Kg) : 1 . 6

Enclosure m at erial: Anodized Alum inum

Draft

92 RT 1000 v1.3 Deploym ent Guide R03.d

Fluidmesh Radio Specifications

MITO Series General Characteristics

CEI !

SUPPLI ED ACCESSORI ES

PoE I nj ect or wit h US/ EU/ UK Power Cord

Pole Mount ing Kit ( i.e.Pole Mount ing Kit Max O.D. 2 in.)

W ARRAN TY

Two ( 2) years on par t s and labor

Three ( 3) years opt ional ext ended warrant y plan wit h advanced replacem ent

Five ( 5) year s opt ional extended warrant y plan wit h advanced replacem ent

Copyright

©

a registered t radem ar k of Fluidm esh Net works, I nc. EasyMesh, FMQuadro,

FluidMAX and FluidThrott le are t radem arks of Fluidm esh Networks, I nc. All ot her

brand or product nam es are t he t radem arks or registered t radem ar k of their

respect ive holder( s) . I nform at ion contained herein is subj ect to change wit hout

not ice. The only warrant ies for Fluidm esh Net works pr oduct s and services are set

forth in t he express warrant y st atem ents accom panying such product s and

services. Not hing herein should be construed as constit ut ing an addit ional

warranty. Fluidm esh Net works shall not be liable lor t echnical or edit orial errors or

om issions cont ained herein.

Fluidm esh Networks, I nc.

18 Trem ont Street , Suit e 730

Bost on, MA 02108

U.S.A.

Tel. + 1 { 617) 209- 6080

Fax. + 1 { 866} 458- 1522

ww w.fluidm esh.com

info@fluidm esh.com

EMEA Headquart ers { I taly}

Tel. + 39.02.0061.6189

UK Branch

Tel. + 44.2078.553.132

Draft

RT 1000 v1.3 93 Deploym ent Guide R03.d

C

LED Indicators

This chapt er provides t he possible LED stat us and error indicator s for WRUs

and BSUs.

Table C– 1 W RU LED St a t us I ndicat ions

LED I ndicat or s Sum m a r y D e scr ip t io n

Undeployed No light s are on; t he unit is undeployed.

Geo Dow n Tilt Det ected All LEDs are on solid

Bat tery t est in progress Flashing:

• MODE

• BAT

Bat tery A in use A flashing

Draft

94 RT 1000 v1.3 Deploym ent Guide R03.d

LED Indicators

Self t est in progress Flashing:

• MODE

• BAT

• GEO

• GPS

• RAD

Geophone t est in

pr ogress

Flashing:

• MODE

• GEO

Acquiring GPS fix Flashing:

• MODE

• GPS

Neighbor discovery in

pr ogress

Flashing:

• MODE

• RAD

Neighbor discovered Flashing:

• A

• MODE

• B

Cont inue ( lay flat t o

m ove t o next t est)

Solid:

• MODE

• GEO

• GPS

N OTE: To skip a t est dur ing t he self- test

pr ocess, t ilt t he unit vertical

(geophone down) until you see t his

triangle of LEDs. Tilt t he unit back t o

horizont al t o cont inue.

Table C– 1 W RU LED St at us I ndica t ions ( cont .)

LED I ndicat or s Sum m a r y D e scr ip t io n

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 95

LED Indicators

Error LEDs rem ain persist ent throughout the self-discover y process and are t urned

off upon com plet ion. I f cert ain self-t est s fail, it is possible that t he WRU will power

down.

Sleeping RAD flashing

Table C– 1 W RU LED St a t us I ndica t ion s ( cont .)

LED I ndicat or s Sum m a r y D e scr ip t io n

Table C– 2 W RU LED Error I ndicat ions

LED I ndicat or s Sum m ary De scr ipt io n

Single batt ery failure

( B)

A flashing

Solid:

• B

• BAT

Single batt ery failure

( A)

B flashing

Solid:

• A

• BAT

Both batt eries failure Solid:

• A

• B

• BAT

Self t est failure Solid:

• BAT

• GEO

• GPS

• RAD

Draft

96 RT 1000 v1.3 Deploym ent Guide R03.d

LED Indicators

Geophone failure GEO solid

No GPS fix GPS solid

GPS fix within 10 m wit hin 1 m in not found

No neighbor det ected RAD solid

I f this is t he first WRU deployed, t his is t he

expected condition.

Table C– 2 W RU LED Error I ndica t ions ( cont .)

LED I ndicat or s Sum m ary De scr ipt io n

Table C– 3 BSU LED D iscipline I ndica t ions

LED I ndicat or s Sum m ary De scr ipt io n

Disciplining t o radio Flashing:

• A

• RAD

Disciplining t o GPS Flashing:

• A

• GPS

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 97

LED Indicators

Disciplining A flashing

Disciplined to radio Flashing:

• B

• RAD

Disciplined to GPS Flashing:

• B

• GPS

Disciplined B flashing

I ncorrect ly dropped out

of cycle m ode

Flashing:

• A

• B

• BAT

• RAD

Arm ed MODE flashing

Table C– 3 BSU LED D iscipline I ndicat ions ( cont .)

LED I ndicat or s Sum m ary De scr ipt io n

Draft

RT 1000 v1.3 98 Deploym ent Guide R03.d

D

Weighted Mast

This sect ion describes t he m ast t hat uses w eight s t o m aint ain st ability.

D.1 Specifications

Tripod Weight = 50 lbs ( 22.73 kg)

Minim um m ast height = 53” ( includes 6” for m ount ing)

Base size = 48” ( 1.2m ) x 48” ( 1.2m )

Support s up to 12 – 16” x 8” blocks

Pre-galvanized steel fram e

Accept s up to 2.5” m ast ( not included)

Draft

R03.d RT 1000 v1.3 Deploym ent Guide 99

Weighted Mast

Hardware Supplied

D.2 Hardware Supplied

The following hardware is supplied wit h t he t ripod m ast:

4 - Bolt , Carriage 1/ 4 - 20 x 3/ 4"

12 - Bolt , Carriage 1/ 4 - 20 x 5/ 8"

4 - Bolt , 1/ 4 - 20 x 3/ 4" Hex Head

4- Bolt , 1/ 4 - 20 x 1/ 2" Hex Head

24- Nut, 1/ 4 - 20

24 - Lock washer, 1/ 4 I nt . t oot h

Figu r e D– 1 W eight ed Ma st

Draft

100 RT 1000 v1.3 Deploym ent Guide R03.d

Weighted Mast

Assembly Instructions

D.3 Assembly Instructions

This sect ion provides inst ruct ions and illustrat ions for assem bly of t he t ripod.

To assem ble t he t ripod:

1Assem ble one 244 Flange t o t he Center Support Plat e using four 1/ 4-20 x 3/ 4"

carriage Bolt s, Lock washers and Hex Nuts. Make sure to assem ble the Bolt s

wit h the Heads on the underside of t he fram e. Hex Nut should be on t he t op

side of the fram e.

2 Assem ble Base Fram e and Center Support Plat e using t w elve 1/ 4- 20 x 5/ 8"

carriage Bolt s, Lock washers and Hex Nuts. Make sure to assem ble the Bolt s

wit h the Heads on the underside of t he fram e. Hex Nut should be on t he t op

side of the fram e.

3Assem ble t he four ( 4) Braces to the upper support flange using four 1/ 4- 20x3/

4 Hex Head Bolt s, Lock washers and Nut s.

4Assem ble the other end of t he braces t o the base fram e using the four ( 4) 1/ 4-

20 x 1/ 2" Hex Head Bolts, Lock washer s, and Nuts.

5I nsert Bolt s int o upper and lower flange.

6Slide t he m ast ( not included) int o position and tighten securely and w eigh.

Wade An t en n a Lt d .

Ont ario, Canada

Figure D – 2 Tripod Asse m bly – Fron t View

Draft

RT 1000 v1.3 101 Deploym ent Guide R03.d

Index

A

ant e nna

specificat ions 35, 85

ant e nna s 85

B

backh a ul m a st s 39

C

con t act 9

F

FCC 85

Section 15.203 85

H

he lp 9

M

m o dif ica t ion s 85

S

spe ci fica t io ns

antenna 35, 85

su pp or t e d

antennas 35, 85

U

use rs 9

Draft

Index

U

102 RT 1000 v1.3 Deploym ent Guide R03.d

Wireless Seismic 00401 Base Station Unit User Manual DeploymentGuide

Wireless Seismic, Inc. Base Station Unit DeploymentGuide

Contents

Users Manual 2

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