Maximum Weather Instruments Hatteras-S-B-O, Hatteras 2S-B-B-O, Hatteras 2S-B-B-M, Hatteras-B-B-O, Hatteras-C-B-O User manual

MAESTRO

INSTALLATION

PROPER INSTALLATION IS IMPORTANT. IF YOU NEED ASSISTANCE, CONSULT A CONTRACTOR, ELECTRICIAN

OR TELEVISION ANTENNA INSTALLER (CHECK WITH YOUR LOCAL BUILDING SUPPLY, OR HARDWARE STORE

FOR REFERRALS). TO PROMOTE CONFIDENCE, PERFORM A TRIAL WIRING BEFORE INSTALLATION.

T-4

(S & SW)

BOSS

T-5

(W & NW)

5

BOOT

WIND DIRECTION

SENSOR

TERMINAL

#3

TERMINAL #3

MUST ALIGN

WITH Z-MAST

ARM

T-3

(POWER)

RED

SLEEVE

4

2

1

3

1

Determine where you are going to locate both the
rooftop sensors and the read-out.

Feed the teminal lug end of the 2-conductor cable through one
of the rubber boots and connect the lugs to the terminals on the
bottom of the wind speed sensor. (Do NOT adjust the nuts
that are already on the sensor). The polarity does not matter.

T-2

(E & SE)

TERMINAL-1

(N & NE)

3

Feed the terminal lug end of the five-conductor
cable through the other rubber boot and connect
the lugs to the terminals on the bottom of the wind-direction
sensor. (Do NOT adjust the nuts that are already on the sensor).
The red sleeve indicates wire #1.

5-CONDUCTOR

CABLE

Slide the stub masts through the rubber boots and

4

insert the stub masts into the bottom of the sensors. Secure
with the cotter pins. Coat all wire connections with silicone
sealant and slip the boots over the sensors.

BOSS

4A

When assembling the wind direction sensor
to the Z-mast, make certain that terminal #3
is aligned with the Z-mast arm.

2

WIND SPEED

SENSOR

STRAIGHT

STUB MAST

2-CONDUCTOR

CABLE

COTTER

PIN

2-CONDUCTOR

CABLE

BOOT

WIND DIRECTION

SENSOR

COTTER

PIN

Z-STUB

MAST

5-CONDUCTOR

CABLE

BOOT

Secure the sensors and stub masts to your antenna mast (not supplied) with

5

the two hose clamps. Align the wind-direction Z-mast arm to true North.
Radio Shack and similar stores have a selection of tall masts and roof
mounting brackets. Choose a mount that best suits your location and
provides at least eight feet of vertical clearance above objects on the roof.

NORTH

HOSE

CLAMPS

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TRIPOD
MOUNT

CHIMNEY

MOUNT

MAESTRO

INSTALLATION

(continued)

WALL

MOUNT

EVE

MOUNT

8 FEET

VENT-PIPE

MOUNT

6

Follow the instructions supplied with the antenna
mount and secure the mast to the mount.

7

Secure the wire to the building using cable clips (do not use regular
staples). Form a drip loop where the wires enter the hole drilled
through the exterior wall. Caulk the hole when done.

Feed the cables through the wall to where the read-out is going to

8

be located. Attach the wires to the rear of the read-out as shown.
The direction wires must follow in sequence for the direction sensor.
The polarity does not matter for the wind speed or power supply
connections. (Do NOT adjust the nuts that are already on the meter).

CABLE

CLIPS

CAULK

WIRE

DRIP

LOOP

2-CONDUCTOR

2-CONDUCTOR

CABLE FROM

AC POWER

SUPPY

5

4

3

2

1

5-CONDUCTOR

CABLE FROM

WIND-DIRECTION

SENSOR

CABLE FROM
WIND-SPEED

SENSOR

Mount the brass read-out directly over the cable feed-thru-hole
to avoid crimping the wire under the lip. We recommend mounting
the read-out on one of our pre-drilled and centered panels. Plug the
power supply into a 110 VAC power outlet.

CABLE-HOLE

9

WALL

CABLES

WOOD
PANEL

CABLE-HOLE

CABLES

SCREW

SCREW

SCREW

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MAESTRO

OPERATION

To reset the gust register needle,
turn the knob counter-clockwise.

Turning the knob counter-clockwise
will eventually contact the gust register.
The Gust Register should not be set under 15 MPH - this
gives the needle room to operate at low speeds. If the
Gust Register is set below 15 MPH turn the knob
clockwise until the needle registers greater than 15 MPH.

After setting the Gust Register turn the
knob clockwise until the reset arm is
parked near the six o'clock position.
Failure to do so may damage your
meter.

WIRE

GAUGE

24
22
20
19
18

The wind direction may be read with 16-point
accuracy. In this example both the NE and the
E indicator lamps are illumitated. This would
be read as East-Northeast.

ADDITIONAL INFORMATION

Cables can be shortened or lengthened without affecting accuracy

WITHOUT RECALIBRATION

(supplied with instrument)

MAXIMUM FEET

300'
500'

750'
1000'
1250'

WIRE

GAUGE

16
14
12
10

MAXIMUM FEET

WITHOUT RECALIBRATION

2000'
3200'
5000'
8000'

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MAESTRO

TROUBLE SHOOTING

Maximum Instruments are accurate and reliable. Most problems that occure are

due to loose or corroded connections. If, after checking the connections, there is

still a problem, determine if the problem is with the sensor or the brass read-out.

WIND SPEED

1. Disconnect the two wind-speed wires from the back of the brass read-out.

2. Attach a low range AC Analog Voltmeter to the wires. If the speed sensor is operating

properly, you will achieve these approximate readings: 8-9 MPH = 0.28 VAC rms,
17 MPH = 0.56 VAC rms, 51 MPH = 1.78 VAC rms, 102 MPH 3.67 VAC rms

3. If the speed sensor delivers these approximate readings, t
is faulty. If the speed sensor does not produce these readings, then either the
speed sensor or the wire is faulty.

WIND DIRECTION

hen the brass read-out

1. Unplug the AC Power Adaptor.

2. Disconnect the AC Adaptor wires and the 5-conductor cable

of the brass read-out.

3. Connect an AC Voltmeter to the two wires coming from the A

4. Plug in the AC Power Adaptor to a 110 VAC outlet. When fu
the adaptor will deliver 11.5-18 VAC. If the adaptor checks out fine,
further with the test. If not, send both the adaptor and the instrument to Maximum.

5. If the AC Adaptor checks okay, unplug the Adapter and re-c
to the back of the brass read-out.

6. Plug in the AC Power Adapter.

7. Using a small piece of wire or a paper clip as a jumper,
(the middle one of the five). Touch the other end to terminal #1, then #2, then #4 and
lastly #5 (keeping one end of the jumper on terminal #3). At each termial, two adjacent
lights should light up simultaneously. If any light fails to function properly, the fault
lies within the brass read-out.

8. If all the lights function properly, then the problem lies
outdoor wind direction sensor. Disconnect the wires at the sensor and bring it down to
the brass read-out.

9. Use a short piece of the 5-wire cable and reconnect the se
shown in the installation instructions.

10. Rotate the vane slowly by hand and observe the lights on t
operate properly, then the installed wiring is at fault; if not, then the outdoor wind
direction sensor is faulty.

with either the wiring or with the

wires from the back

C Power Adaptor.

nctioning properly,

proceed

onnect the two wires

touch one end to terminal #3

nsor to the brass readout as

he brass read-out. If they

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IMPORTANT ADDITIONAL INFORMATION

Components: Along with the indicator, the following components are included with this instrument:

Rooftop sensors: To insure a clear unobstructed path for the wind to the sensors, they should be

mounted on some type of antenna mast at least 8-10’ above the highest object on your roof.
Remember, your roof is also an obstruction and it usually requires at least 8’ of height to avoid the
turbulence it creates.

AC Adaptor: This instrument requires its own AC Adaptor. Due to the various power
requirements of each Maximum instrument, attempting to run more than one instrument on a single
adaptor could cause improper operation and/or damage to the instrument(s) thereby voiding your

5-year warranty.
Sensors: Properly installed, your sensors will require virtually no maintenance at all. Our sensors

do not utilize brushes or wiping contacts. All bearings are Rulon-J self lubricating type and will
perform for many years in the harshest environments.

Brass Case: Your brass case is solid brass A70-30 Holloware quality, with a durable lacquer
finish. It is in fact a piece of jewelry and should be treated as such. It should be cleaned at least

once a week to keep airborne pollutants (dust, etc…) and any moisture from collecting on the case
thereby attacking the lacquer. At no time should you use an abrasive cleaner or cloth on the brass
case. Simply use a soft cloth or soft paper towel with a mild glass cleaner to wipe the case clean.
If your instruments are in a summer home, and you are not able to clean them regularly, simply lay
a small cloth or towel across the top two -thirds so that dust cannot settle on the finish.

Specifications: All instrumentation or measuring devices have accuracy tolerances and
specifications. Making comparisons between different pieces of equipment is appropriate provided
the specified accuracies of both are known.

Measurement Range Guaranteed Accuracy

Wind Speed 0-100 MPH ±3% Full Scale & Mid Scale
Wind Direction (Indicator) 16 Compass Points Zero Error (Digital Display System)
Wind Direction (Sensor) ±11.25 Degrees

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Electrical Da

mage – Common Causes & Recommended Prevention

Electrical damage can be caused by many different factors. Below are some of the more common causes and
some suggested methods of minimizing potential problems.

Common Causes:

 Storm Activity – lightening in your area can do damage to your instruments in different ways. The obvious

way is due to a direct or nearby strike. In addition, lightening storms, dust storms, dry snowstorms and
strong dry winds can all cause static electricity to build up on and around your external sensors. Rega rdless
of the cause this built up electricity can discharge itself through the cable connecting the external sensors to
the instrument.

 Power Surges – A surge may come from the electric company’s switching generators or power grids, from

local industries or after power interruption when accumulated power suddenly surges back through AC lines.
Even the on-and-off switching of large electrical appliances, such as refrigerators or clothes dryers can
create damaging fluctuations. This is especially true with sensitive weather recording devices.

 Yourself – Are you constantly giving and/or receiving a shock every time you touch a doorknob or another

person? If so you have a great deal of static electricity in your environment. Depending on where you live,
static electricity may be a year round problem or only a seasonal problem. In either case, it is possible for a
person to carry enough of a charge to damage an instrument.

Recommended Prevention:

Ground Your Mounting Mast – IMPORTANT: PVC and fiberglass are not recommended

mast materials as
they can store high amounts of static electricity within themselves. It is recommended that you follow the
grounding instructions that came with your mounting mast, while also maintaining accordance to your local
Electric Code. In the absence of instructions for your mast system, the following generic guidelines from the

ational Electric Code may be helpful.

N

1) The NEC requires that the antenna mast and mount be grounded directly. No splice s or connections are
allowed in the ground wire between the mast and the ground rod.

2) Attach one end of a No. 8 (or thicker) copper or aluminum ground wire to the antenna mast. Note: As static
electricity issues are more common for weather sensors than direct lightening strikes, consider installing the
ground wire as physically close to the wind sensors as possible to best combat static ele ctricity issues. For
multi-piece (or telescoping) masts, consider connecting the ground to each separate section of the mast.

3) For painted or coated masts, scrape off the coating around the area where the contact will be made. This
will ensure a good, solid connection. (Once the ground is attached to the mast, any scraped off portion that
is exposed should be recoated with paint or other sealant.)

4) Next, run the ground wire to ground as directly as possible. Standard wire staples can be used to secure the
ground wire against the side of the house. Avoid making 90° or sharper turns with the ground wire. A
lightning charge has difficulty making such a turn and therefore may discharge into the house. Make ground
wire bends as smooth and as gradual as possible.

5) The ground wire must be connected to a ground rod. Water pipes or plumbing fixtures are not acceptable.
A good copper-coated steel ground rod driven at least 3 feet into the ground is required. Special clamps that
provide a solid connection between the ground wire and ground rod should be used

 Use Surge Protectors – For the AC adapter, a UL 1449 rated surge protector with EMI/RFI filtering is

recommended. This rating will be clearly listed on the packaging of any good quality surge protector.

 Discharge Yourself – If the instruments are located in an environment where static electricity is a proble m ,

make sure that you discharge yourself before touching the instrument(s). The shock that you get from
touching a doorknob or another person can often be sufficient to damage an instrumen

t.

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PROTEUS

SETTING AND OPERATION

INTRODUCTION

Inside the brass barometer case is a sealed, flexible metallic drum. As the atmospheric pressures changes,
the drum is compressed or expanded. This change is transmitted through linkage to a pointer - thus, change
in atmospheric pressure is evidenced by movement of the pointer around the dial. The linkage has a
bimetallic element which automatically compensates for changes in temperature which would otherwise introduce
an error in barometer readings.

SETTING YOUR BAROMETER

Your barometer has been carefully calibrated and tested at the factory and
needs but one simple adjustment before installation at your location. This
adjustment is made by inserting a screw driver in the recessed slotted screw
at the back of the barometer and turning this screw to the proper setting.

The simplest method of obtaining the correct barometric pressure for your
location is to consult the local weather bureau, airport or perhaps a nearby
individual with a correctly set barometer.

Due to the nature of aneroid (mechanical) barometers it may be necessary
to fine tune the initial setting to accomodate the natural mechanical break-in
of the device by simply repeating the setting procedure.

SCREW

WOOD
PANEL

SCREW

SCREW

We recommend mounting the read-out on
one of our pre-drilled and centered panels.

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PROTEUS

HELPFUL COMMENTS

Your barometer is a useful instrument for weather prediction. The settable
pointer, controlled by the knob in the center of the glass lens, is used to show
changes in atmospheric pressure. When reading your barometer, lightly tap
the case to take up normal slack in the linkage. Next, move the settable
pointer until it rests exactly over the movement pointer. The next time you
observe your barometer lightly tap the case again and you will now have
a clear indication of rising, falling or steady barometric pressure. Observation
of changes in barometric pressure, wind and temperature conditions give the
weather watcher a strong basis for forcasting the weather.

WITH A RISING BAROMETER THE FOLLOWING READINGS INDICATE:

28.8 TO 29.2 INCHES

29.2 TO 29.6 INCHES

29.6 TO 29.9 INCHES

29.9 TO 30.2 INCHES

30.2 TO 30.5 INCHES

30.5 TO 30.8 INCHES

30.8 TO 31.0 INCHES

CLEARING, HIGH WINDS AND COOL WAVE
HIGH WINDS, COOL WAVE, PRECEDED BY SQUALLS
FAIR WEATHER, FRESH WINDS DURING NEXT 24 HOURS
FAIR WEATHER AND BRISK WINDS, DIMINISHING
FAIR WEATHER, COOLER VARIABLE WINDS
CONTINUED COOL, CLEAR WEATHER, LIGHT WINDS
HIGH WINDS, SOUTHEAST WITH RAIN

WITH A FALLING BAROMETER THE FOLLOWING READINGS INDICATE:

30.8 TO 30.5 INCHES

30.5 TO 30.2 INCHES

30.2 TO 29.9 INCHES

29.9 TO 29.6 INCHES

29.6 TO 29.3 INCHES

29.3 TO 29.0 INCHES

29.0 TO 28.7 INCHES

Excerpt from "Eldridge Tide & Pilot Book"

FAIR, WEATHER, FOLLOWED BY RAIN
APPROACHING STORM.
CLOUDY, WARMER, UNSETTLED WEATHER.
UNSETTLED WEATHER, WARMER WITH INCREASING WIND.
SQUALLY, CLEARING, FAIR AND COOLER WEATHER.
CLEARING, HIGH WINDS WITH SQUALLS AND COOLER WEATHER.
STORMY WEATHER

NOTE: IF THE BAROMETER IS TO BE USED ABOVE 3000 FOOT ELEVATIONS,

THEN THE UNIT MUST BE COURSE ADJUSTED AT THE FACTORY TO THE

PROPER AL TITUDE.

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IMPORTANT ADDITIONAL INFORMATION

Components: Along with the indicator, the following components are included with this instrument:

Brass Case: Your brass case is solid brass A70-30 Holloware quality, with a durable lacquer

finish. It is in fact a piece of jewelry and should be treated as such. It should be cleaned at least
once a week to keep airborne pollutants (dust, etc…) and any moisture from collecting on the case
thereby attacking the lacquer. At no time should you use an abrasive cleaner or cloth on the brass
case. Simply use a soft cloth or soft paper towel with a mild glass cleaner to wipe the case clean.
If your instruments are in a summer home, and you are not able to clean them regularly, simply lay
a small cloth or towel across the top two -thirds so that dust cannot settle on the finish.

Specifications: All instrumentation or measuring devices have accuracy tolerances and
specifications. Making comparisons between different pieces of equipment is appropriate provided
the specified accuracies of both are known.

Measurement Range Guaranteed Accuracy

Barometric Pressure 27.5 – 31.5 Inches of Hg ±0.08 Inches of Hg

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