Rieker Position Sensing Solutions Guide

Acceleration

Inclination

Remote Sensing

Tilt Switching

SINCE

1917

Tilt Sensing Solutions Guide

Since 1917

, Rieker Inc - a worldwide leader in the manufacturing of quality electronic and mechanical inclinometers and tilt sensing instruments – has been committed to customer service, product reliability, on-time delivery, and technical support.

•

Decades of manufacturing experience

•

Stock & Custom made-to-order

•

Electronic & mechanical

•

Made for harsh environments & wide operating temperatures

•

OEMs welcome!

The products in this catalog meet a variety of applications; however, if you have an application that requires custom specifications, please contact us with your requirements.

Call 610-500-2000 today, one of our application experts will be happy to discuss your requirements.

1000 Series Inclinometers

Mechanical “Ball-in-Tube” Tilt Angle Indicators

Page 1 of 2

(Customer Specified Color Zone) Part Number Shown: 1023W1SPL3-10/15/20

Rugged All-weather Accurate Slope Indicators

Instantly Alert the Operator to Out-of-level or Tip-over Danger

Description

Rieker manufactures mechanical inclinometers using precision glass tube and ball construction with engraved markings and customer specified color warning zones. All our tubes are filled with a proprietary damping fluid that controls the movement of the ball for a smooth and error free roll. The fluid combined with large, clear number and degree markings make it easy to get quick, accurate readings under a wide variety of severe environmental conditions.

Applications

Visual Reference of Slope Angle

Roll or Tip-over Prevention

Platform Leveling

Load Balancing

Measuring Degree of Angle or Slope

Equipment Types

Aerial lift trucks, Aircraft, Bucket/Utility trucks,

Cranes, Construction Equipment, Conveyor and

Material Handling Equipment, Emergency and Fire

Aerial Ladder trucks, Government and Military

Vehicles, Marine Vessels, Recreational Vehicles (RV),

Trailers.

Models 1017(-12VT) and 1023(-12VT) comply with

National Fire Protection Association 1901 Standards for Automotive Fire Apparatus.

Features

ALL-Weather - Will Not Rust or Hang Up

Easy Installation – Retrofit in the field

Color Warning Zones – Customizable

Backlit Models – Night Operation

Extreme Shock / Vibration Resistant

UV Resistant

Wide Operating Temperature Range

Custom Color Warning Zones

The color zone or "SPL" models are designed to instantly alert the operator of tip-over danger utilizing highly visible color zones - based on degree settings specified by the customer specified at time of order. See “PART NUMBER CONFIGURATION” on the next page, lower left column in purple.

Backlit Models

These highly visible backlit models use an innovative technique that lights the tube (not the housing) so you can actually see the ball position. Specifically developed for fire trucks that are required to have all instrumentation lighted, the "-12VT" models are well suited for any industry when instrumentation must be visible in low light or night operation.

Available with customer specified color zones right on the tube for best visibility.

610-500-2000

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002 [email protected]

www.riekerinc.com

1000 Series Inclinometers

Mechanical “Ball-in-Tube” Tilt Angle Indicators

Page 2 of 2

CASE MATERIAL

TUBE CONSTRUCTION

OPERATING TEMPERATURE

General Technical Data for 1017 and 1023 Models

ALUMINUM, BLACK PAINTED; ENGRAVED MARKINGS FILLED WHITE

PRECISION GLASS TUBE, DAMPING FLUID FILLED; BLACK BALL

-40°C TO +72°C (-40ºF TO +162ºF)

±5/±10º 1017 Model Ordering Specifications

DIMENSIONS

6"w X 1.625”h" X 0.625"d

±20º 1023 Model Ordering Specifications

DIMENSIONS

5.375"w X 1.75"h X 0.625"d

RANGE

±5°

RANGE

±20°

MARKINGS

0.5°

MARKINGS

5°

RANGE

MARKINGS

±10°

2°

RANGE

MARKINGS

±20°

1°

RANGE

MARKINGS

±10°

1°

RANGE

±10°

MARKINGS

COLOR 1

COLOR 2

PN SHOWN

2°

RANGE

±10°

MARKINGS

COLOR 1

COLOR 2

COLOR 3

PN SHOWN

2°

RANGE

5-0-5

10-5 5-10

1017SPL2-5/10

3.5-0-3.5

8-5

10-8

5-8

8-10

1017SPL3-3.5/8/10

MARKINGS

COLOR 1

COLOR 2

COLOR 3

PN SUBMITTAL

EXAMPLE: 1017SPL3-3.5/8/10

1017 = ba se model (±10º)

SPL = part has custom color zones

2 = number of color zones

-3.5/8/10 = degree range for each color zone (±)

GREEN = safe operation under ±3.5º

YELLOW = warning zone between 3.5 and 8º

RED = unsafe operation over ±8º

RANGE

±20°

MARKINGS

1°

Fluorescent yellow background & engraved markings, visible under UV Light

RANGE

±20°

MARKINGS

COLOR 1

COLOR 2

PN SHOWN

5°

RANGE

±20°

20-10

10-0-10

10-20

1023SPL2-10/20

MARKINGS

COLOR 1

COLOR 2

COLOR 3

PN SHOWN

1°

RANGE

±20°

15-10

20-15

10-0-10

10-15

15-20

1023W1SPL3-10/15/20

MARKINGS

5°

COLOR 1

COLOR 2

COLOR 3

PN SHOWN

8-0-8

12-8 8-12

20-12 12-20

1023SPL3-8/12/20-12VT

NOTE: All 1000 Series are available with color zones. *The

“SPL” models shown are samples of customer specified color zones. Zones dependent upon customer specified degree ranges and colors. Models with custom color zones have extended part numbers - based on degree range and number of zones. If you have any questions on how to create the correct color zone part number, give us a call today for assistance.

610-500-2000


www.riekerinc.com

2000 Series

Mechanical “Ball-in-Tube” Clinometers

Page 1 of 2

Rugged All-weather Angle Indicators for Quick Slope or Heel Position

Up to 12 Feet Away!

Description

A Clinometer is any of various surveying instruments for measuring angles of elevation, slope, or incline, with respect to gravity. Also known as an inclinometer, slope indicator, tilt meter, or gradiometer, these precision instruments provide accurate real-time measurement of slope in Degrees.

Rieker manufactures commercial off-the-shelf mechanical type inclinometers using precision ball in tube construction - each filled with a special damping fluid that controls ball movement, providing a smooth steady roll during static and dynamic applications. The fluid combined with large, clear number and degree markings make it easy to get quick, accurate readings under a wide variety of severe environmental conditions.

Rieker Clinometers are the industry standard - typically used on sail boats and watercraft to indicate small changes in attitude and provide real time angle of the vessel. Other applications include aerial lift/off-road material handlers, cranes, construction equipment, aircraft, submarines, military and government vehicles for pitch and roll indication, balancing and preventing roll-over.

Features

ALL-Weather - Will

Not Rust or Hang Up

Easy Installation –

Field Retrofit

Extreme Shock /

Vibration Resistant

UV Resistant

Wide Operating

Temperature Range

Applications

Visual Reference of

Slope Angle

Roll or Tip-over

Prevention

Platform Leveling

Load Balancing

Measuring Degree of

Angle or Slope

Equipment Types

Aerial lift trucks

Aircraft

Bucket/Utility trucks

Cranes

Construction Equipment

Conveyor and Material

Handling Equipment

Emergency Vehicles

Fire Aerial Ladder trucks

Government and Military

(wheeled or tracked)

Vehicles

Marine Vessels (including sailboats)

Recreational Vehicles (RV)

Trailers

610-500-2000

RIEKER INC • 34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002 [email protected]

www.riekerinc.com

2000 Series

Mechanical “Ball-in-Tube” Clinometers

Page 2 of 2

GENERAL TECHNICAL DATA

Case Material

Tube Format

Polycarbonate, IP68

Precision dampening fluid filled, color-coordinated ball

Operating Temperature

-50° F to +180° F (-45ºC to +82ºC)

CLINOMETER PN SPECIFICATIONS

2055 2055E Dimensions

6"w X 2.5"h X 0.375"d

(152,4mm X 63,5mm X 9,6mm)

Degree Range ±60°

Markings

Case Color

5°

White or Black

Dimensions

6"w X 3.75"h X 0.375"d

(152,4 X 95,25 X 9,6mm)

UPPER

SCALE

±6º, 1º steps

Degree Range

LOWER

SCALE

±60º, 5º steps

Case Color

White or Black

Dimensions

6.5"w X 2.375"h X 0.375"d

(165,1 X 60,4 X 9,6mm)

Degree Range

CENTER

SCALE

±10º, 2.5º steps

OUTER

SCALE

±45º, 5º steps

Case Color

White or Black

2056

2058

2056E

2058E

610-500-2000


www.riekerinc.com

2100 Series

Mechanical “Ball-in-Tube” Inclinometers

Page 1 of 2

Rugged Inclinometers for Measuring Slope Angle & Grade

Description

A Clinometer is any of various surveying instruments for measuring angles of elevation, slope, or incline, with respect to gravity. Also known as an inclinometer, slope meter, or gradiometer, Rieker precision instruments provide accurate real-time measurement of slope angle in Degrees and Percent Grade.

Features

ALL-Weather - Will Not

Rust or Hang Up

Easy Installation – Field

Retrofit

Extreme Shock /

Vibration Resistant

Rieker Inc. manufactures commercial off-theshelf mechanical type inclinometers using precision ball in tube construction - each filled with a special damping fluid that controls ball movement, providing a smooth steady roll during static and dynamic applications. The fluid combined with large, clear number and degree markings make it easy to get quick, accurate readings under a wide variety of severe environmental conditions.

UV Resistant

Wide Operating

Temperature Range

Custom Warning Zones

(Red/Green)

Applications

Quick Visual of…

Boom Angle

Rieker Clinometers are the industry standard - typically used to indicate small changes in attitude and provide real time angle of vehicle or equipment under harsh rugged conditions.

Slope Meter

Pitch and Roll

Tip-over Warning

Contact us today for a quote. OEMs welcome, quantity pricing available.

Platform Leveling

Load Balancing

Equipment Types

Aerial lift trucks

Aircraft

Bucket/Utility trucks

Cranes

Construction Equipment

Conveyor and Material

Handling Equipment

Emergency Vehicles

Fire Aerial Ladder trucks

Government and Military

(wheeled or tracked)

Vehicles

Marine Vessels (including sailboats)

Recreational Vehicles (RV)

Trailers

610-500-2000


www.riekerinc.com

2100 Series

Mechanical “Ball-in-Tube” Inclinometers

Page 2 of 2

2126 GENERAL TECHNICAL DATA

6"w X 2.375"h X 0.375"d (152,4mm X 60,4mm X 9,6mm)

Dimensions

Case Material

100% Polycarbonate, IP68


-50° F to +180° F (-45ºC to +82ºC)

2126 PART NUMBER SPECIFICATIONS

2126-C

Degree Range

Degree Markings

Background Color

Markings Color

±26°

2°

Black

White

2126-D (Gradiometer)

Percent Range

Degree Range


Markings Color

UPPER SCALE

LOWER SCALE

Black

White

±45%, 5%

±26º, 2º

2126-E

Degree Range

Degree Markings


±26°

2°

White

Markings Color

Black

Customer Specified Warning Zones

Zone Example*

UPPER SCALE

LOWER SCALE

±25% to 45%

±14 to 26°

Red

Red

Zone Example*


Black

White

Markings Color

*Please note that color zones are specified by the customer – your sales representative will be happy to assist.

610-500-2000


www.riekerinc.com

4120 Series

Mechanical Boom Angle Indicators

Page 1 of 2

Accurate, Rugged & ALL-Weather

Boom Angle Indicator

Meets OSHA Standards for

Cranes and derricks

Rugged housing withstands weight of SUV

Back lit model meets FEMA regulations for fire apparatus

DESCRIPTION

Rieker's mechanical boom angle indicators are all-weather and will not rust, freeze, or otherwise "hang up" like oldfashioned metal pendulum styles. Like all of our instruments, each indicator is properly dampened for smooth reliable readings.

The housing is designed for easy mounting with two screws, allowing for quick and efficient retrofitting in the field.

With bright, long-lasting LEDs, the backlit models are highly visible for increased safety - especially at night!

APPLICATIONS

The 4120 is recommended for use on any boom where quick accurate inclination measurements must be taken under difficult conditions and harsh environments.

The 4120 meets OSHA Standards for Cranes and derricks and with installation makes the equipment compliant to the standard.

Typical applications include aerial lifts, truck-mounted boom cranes, any fire truck with a mounted boom or ladder, telescoping off-road variable reach fork lifts, cranes and derricks.

FEATURES

Oversized inclinometer for easy read

High visibility markings

Hermetically sealed – will not leak

Weatherproof - will not rust or hang up

UV Resistant

Operational from -50° F to

+180° F

Shock & vibration resistant

Easily installed – quick retrofitting

Right-hand & left-hand models available

12-Volt backlighting - highly visible at night for added safety

610-500-2000

RIEKER INC • 34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002

[email protected]

www.riekerinc.com

4120 Series

Mechanical Boom Angle Indicators

Page 2 of 2

Dimensions

TECHNICAL DATA

14"w X 6 3/8"h X 1 3/4"d

Degree Range

Degree Markings

-30° through +90°

5° increments

Case Material

100% Polycarbonate (white or black based on pn)

Tube Construction

Clear tube filled with dampening fluid; precision ball (white or black based on pn)


-50° F to +180° F

Backlit Model Operating Voltage

12 Volt

Rieker Boom Angle Indicators comply with current OSHA Standards

OSHA -- Occupational Safety & Health Administration, U.S. Department of Labor

• Part Title: Safety and Health Regulations for Construction

• Subpart Title: Cranes, Derricks, Hoists, Elevators, and Conveyors

<Link below goes to the OSHA web site> http://www.osha-slc.gov/OshStd_data/1926_0550.html

<Then follow these breadcrumbs: > Regulations (Standards - 29 CFR) > PART 1926 Safety and Health Regulations for

Construction > 1926.550 - Cranes and derricks > 1926.550(a)(1)

4120 MODEL ORDERING SPECIFICATIONS

LEFT HAND PART NUMBERS RIGHT HAND PART NUMBERS

4120WWL 412OWWR

White case/white label/black markings

4120WBL

White case/black label/white markings

White case/white label/black markings

4120WBR

White case/black label/white markings

4120BBL

Black case/black label/white markings

4120BBR

Black case/black label/white markings

4120WWL-12V

White case/white label/black markings/backlit

4120WWR-12V

White case/white label/black markings/backlit

Contact us today for a quote. OEMs welcome. Quantity pricing available .

610-500-2000



www.riekerinc.com

5012P Gradiometer

Mechanical “Ball-in-Tube” Grade (Slope) Indicator

Page 1 of 1

Features

Part Number Shown: 5012P “Gradiometer”

Accurate, Rugged Inclinometer for Measuring Slope or Grade

2 Scales: Inch per Ft-Rise and % Grade

Weatherproof - will not rust or hang up

UV Resistant

Extremely shock and vibration resistant

Description

Easily installed – quick retrofitting

Quick and accurate visual reference

Operational from -50° F to +180° F

A Gradiometer is any of various surveying instruments for measuring angles of elevation, slope, or incline, as of an embankment or roadway. Also called clinometer or inclinometer, the 5012P provides accurate measurement of slope in Percent Grade and Inch Per Foot Rise. Rieker manufacturers these manual type gradiometers (or inclinometers) using precise glass tube and ball construction. All our tubes are filled with a special dampening fluid that controls the movement of the ball. The fluid combined with large, clear number and degree markings make it easy to get quick, accurate readings under a wide variety of severe environmental conditions.

Applications

Plows, graders, excavators, trenchers, and pavers are only a few examples of the types of applications well suited for gradiometers.

Contact us today for a quote. OEMs welcome, quantity pricing available.

DIMENSIONS

MEASURING RANGE

CASE MATERIAL

TUBE CONSTRUCTION



8.0"W X 2.875"H X 0.375"D (203,2MM X 73MM X 9,6MM)

UPPER ±1.5 INCH PER FOOT RISE, IN 0.125” (1/8”) INCREMENTS

LOWER ±13% GRADE, IN 1% INCREMENTS

BLACK ACRYLIC, ENGRAVED MARKINGS FILLED WHITE

CLEAR GLASS TUBE FILLED WITH DAMPENING FLUID; BLACK BALL

-50° F TO +180° F (-46ºC TO +82ºC)

610-500-2000



www.riekerinc.com

C Series

Precision Circular “Bulls-Eye” Bubble Levels

Page 1 of 2

Description

Photo Above: C0007 Circular Bubble Level, 2.75” dia.

Also referred to as a “bulls-eye” level, the C Series of

Circular Bubble Levels provide accurate measurement of level in an all-weather machined Aluminum housing (Anodized black). Several sizes available to fit most space limits.

Manufactured to exacting specifications, the accuracy is guaranteed and maintained through the use of precision ground glass and machined Aluminum.

Rigorous testing completed to assure high performance over long-term all weather conditions, exceeding Salt Fog survivability per ASTM B117.

Each instrument is filled with a special damping fluid that controls the movement of the bubble. The background is a metallic silver finish, providing the best contrast for viewing bubble position.

Features

•

ALL-Weather Machined Aluminum Housing

•

Precision Ground Glass – No Discoloration or

Crazing over time

•

Permanently Markings

•

Metallic Silver Background Finish for High

Contrast Visibility of Bubble Position

•

Operating Temperature -40°C to +80ºC

Applications

•

Quick and Accurate Visual Reference

•

Leveling, Balancing and Preventing Tip-over

•

Machining or Anywhere Precise Leveling

Required

These precision circular vials have three mounting holes for installation calibration. Since most mounting surfaces may vary, for exact zero calibration the

C000X-A models all come with mounting hardware.

Equipment Types

•

Aerial lift trucks, Bucket/utility trucks, Cranes

•

Construction Equipment, Conveyor/Material

Handling Equipment

•

Emergency and Fire Aerial Ladder trucks

•

Government and Military Vehicles

•

Recreational Vehicles (RV) and Trailers

610-500-2000



www.riekerinc.com

C Series

Precision Circular “Bulls-Eye” Bubble Levels

Page 2 of 2


Environmental Testing

Salt-Fog per ASTM B117

Housing Material

Glass Construction

Machined Aluminum, Anodized Black

Precision Ground Glass


-40ºC to +80ºC (-40° F to +176° F)

MECHANICAL SPECIFICATIONS

Part #

C0005-A

C0008-A

Sensitivity per

0.1“

C0004-A 45 Minutes

20 Minutes

C0006-A 10 Minutes

C0007-A 10 Minutes

10 Minutes

1

1

4

Concentric Rings Cross Hair

1 --

1 --

--

-- yes

ORDERING SPECIFICATIONS

Outside Dia.

(inches [mm])

1.25 [31,75]

1.44 [36,57]

2.00 [50,8]

2.75 [69,85]

3.15 [80]

Part # Description

C0004-A 1.25" Circular Level, 1 Ring, Mounting Bumper & Hardware

C0005-A 1.44" Circular Level, 1 Ring, Mounting Bumper & Hardware

C0006-A 2.00" Circular Level, 1 Ring, Mounting Bumpers & Hardware

C0007-A 2.75" Circular Level, 1 Ring, Mounting Bumpers & Hardware

C0008-A 3.15" Circular Level, Cross Hair Rings at 0º, 1º, 3º, 5º rings, Jack Springs & Hardware

Contact us today for a quote. OEM pricing available.

Height

(inches [mm])

0.44 [11,17]

0.50 [12,7]

0.68 [17,27]

0.69 [17,52]

0.49 [12,44]

Spare Hardware P/N

E-309

E-309

E-308

E-318

E-348

Photo 1: C000X Series Various Sizes. Photo 2: C0008, 3.15” dia, 4 Concentric Rings

610-500-2000



www.riekerinc.com

B Series

General Specifications Brochure

Page 1 of 2

Compact Static Accelerometer:

for acceleration or angle measurement in frequency ranges 0Hz to 550Hz.

Description

The B1, B2, and B3 sensors are capacitive spring mass accelerometers with integrated sensor electronics. Requiring very low power consumption these are characterized by a high degree of longterm stability. Resonant peaks are minimised by means of a special gas-dynamic damping in the primary transformer.

Manufactured with an Analog DC output, the integrated sensor electronics require only minimal power and are in conjunction with the capacitive primary transformer characterized by high accuracy, linearity, and long-term stability.

Applications

The B Series are used for applications requiring high overload tolerance, high long-term stability, small lower cut-off frequency down to measurement of static acceleration, very short on-transition delay and low power consumption.

Typical applications include: measurements on vehicles, machinery, buildings, and plants for process control and error diagnosis seismic measurements inclination measurements (i.e. ±90º) safety engineering dynamic measurement of position & velocity

Housing

Protection Degree

Mounting

Mounting Plane

Outline Dimensions

Electrical

Connection

Standard

Optional

Weight

Operating Temperature

Storage temperature

Features

Compact housing, less than 1” diameter

Very high overload resistance

Insensitive to interference by magnetic and electric fields

Lower cut-off frequency is zero, hence suitable for measuring static acceleration, such as gravity

(inclinations) or radial acceleration

(centrifugal force)

Linear frequency response with little or no resonant peak at upper cut-off frequency

Low non-linearity

High signal-to-noise ratio

No measurable hysteresis of signal

Hermetically sealed

High long-term stability

Small temperature drift

Integrated sensor electronics

Analog DC or pulse width modulated or frequency modulated output

Low power consumption

Very short settling time

Multiple housing options

MECHANICAL CHARACTERISTICS

Nickel Plated Brass

IP65

M4 Mounting Stud, M3 optional

See “Figure 1”

Ø 0.945” (Ø 24mm) X .434” (11mm) h

3 highly flexible, color-coded wires Ø 0.04” (Ø 1.0mm) x 7.0” (18cm)

A: Shielded cable Ø 0.083” (Ø 2.1mm) x 1.65’ (0.5m)

B: 3 highly flexible, single color wires with Teflon isolation for extended temperature range

Approx. 0.89 ounces (25 grams) (not including cable)

-40°F to +185°F (-40° to +85°C ), optional +257ºF (+125ºC)

-49°F to +194°F (-45° to +90°C ), optional +257ºF (+125ºC) voice: 610-500-2000

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002 email: [email protected]

web: www.riekerinc.com

B Series


Page 2 of 2

TYPE

Measuring Range

Resolution

Frequency Range

Max. Non-linearity

Cross Axis Sensitivity

Mechanical Overloading in

Measuring Direction

Power Supply U bN

(Regulated)

Min ... Max. Supply U bz

Current Consumption U b

=5Volt

B1

±3g (Approx. ±30m/s

2

)

B2


2

)

B3


2

)

<.001g <.005g <.020g

0…160Hz 0…350Hz 0…550Hz

<0.5%

<1%

10,000g (Approx. 100,000m/s

2

)

Sensitivity

Temperature Drift of Sensitivity

Temperature Drift of Zero

5 Volt

3 ... 6 Volt

Approx. 1mA

ANALOG VOLTAGE OUTPUT MODEL AT U

BN

=5VOLT

Approx. 110mV/g Approx. 23mV/g

< +0.06%/°C

< 0.1mV/°C

Approx. 6.5mV/g

Zero Offset at Ub=5V 2.5 ±0.1 Volt - generally: 0.5Ub ±4%

Output Impedance 10k

Ω

Digital pulse-width modulated output signal - linear to the degree of angle - available upon request.

CABLE WIRING TABLE:

RED

WHITE

BLUE

3-WIRE (standard)

+5VDC Stable

Output Signal

GND (housing)

RED

BLUE

SHIELD

SHIELDED CABLE (optional)

+5VDC Stable

Output Signal

GND (housing)

ATTENTION! The supply voltage must not exceed 6 Volt and the polarity must not be reversed.

Figure 1:

Dimensions and Mounting Position ([mm])

voice: 610-500-2000



BDK Series

General Specifications Brochure

Page 1 of 2

Compact Accelerometer:

for Dynamic Measurement of

Acceleration or Vibration in

Frequency Ranges 1Hz to 1.5kHz.

Description

BDK sensors are dynamic accelerometers that are capacitive spring-mass based, with incorporated sensor electronics. Resonance peaks are minimised by means of a special gas-dynamic damping in the primary transformer. With very low power consumption, these sensors are characterised by very low drift (or error) and long-term stability.

Applications

These accelerometers are used for applications requiring high overload tolerance, high long-term stability, small lower cut-off frequency, light weight and low power consumption.

Typical applications include: measurements on vehicles, machinery, buildings, and plants for process control and error diagnosis seismic measurements vibration measurements safety engineering dynamic measurement of position & velocity

Features

Compact housing, less than 1” diameter

Light weight

Very high overload resistance

Insensitive to interference by magnetic and electric fields

Low cut-off frequency

Linear frequency response with little or no resonant peak at upper cut-off frequency

Low non-linearity

High signal-to-noise ratio

Very low cross-axis sensitivity

Hermetically sealed

High long-term stability

Small temperature drift

Integrated sensor electronics

Long connection leads available

Multiple housing options

6 1 5 0 2 0 0

0

Type 1

Type 2

Type 1

Type 2

Type 1

Type 2

Standard

Optional

MECHANICAL CHARACTER ISTICS

Stainless Steel, M6 Mounting Stud

Nickel Plated Brass

Ø 0.87” (Ø 22mm) X 0.39” (10mm) h

Ø 0.80” (Ø 20mm) X 0.30” (7,5mm) h

Approx. 0.60 ounces (17 grams)

Approx. 0.25 ounces (7 grams)

IP65

See “Figure 1”

See “Figure 1”


Type 1 Housing: Shielded cable Ø 0.083” (Ø 2.1mm) x 1.65’ (0.5m)

-40°F to +185°F (-40° to +85°C )

-49°F to +194°F (-45° to +90°C )

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA a x:::: 610-500-2002 [email protected]

www.riekerinc.com

BDK Series


Page 2 of 2

Me chanical Overloading in


2

)

<10

-3 g

1…300Hz


2

) ±100g (Approx. ±1000m/s

2

)

<5*10

-3 g <5*10

-2 g

1…800Hz 1…1500Hz

<0.5%

<1%

10,000g (Approx. 100,000m/s

2

)

5 Volt

2 ... 16 Volt

BD: Approx. 250uA (optional 30uA), BDK: Approx. 2mA

ANALOG VOLTAGE OUTPU T

Approx. 150mV/g Approx. 60mV/g Approx. 10mV/g

< +0.06%/°C

< 0.1mV/°C

Zero Offset at

Ub=5V 2.5 ±0.1 Volt - generally: 0.5Ub ±4%

100 Ohm


+5VDC Stable

Output Signal

GND (housing)

+5VDC Stable

Output Signal

GND (housing)

ATTENTION! Do not reverse voltage operating polarity!

Figure 1: Dimensions and Mounting Position ([mm])

6 1 5 0 2 0 0

0


www.riekerinc.com

BS24

Sensor Mounting Cube

Page 1 of 1

Allows mounting up to five

(5) sensors for multi-axis acceleration and/or inclination measurements.

Available in Delrin (POM) plastic or Aluminum.

Compatible with the following Seika sensors:

•

NB3 Inclinometer

•

Note:

B1, B2, and B3 Accelerometers

•

Sensors sold separately

•

Sensor must be ordered with the M4 mounting stud option.

Plastic (Polyoxymethylene)

Aluminum

Figure 1: BS24 Dimensions (in millimeters)

.65 Ounces (18.5 Grams)

1.13 Ounces (32 Grams)

6 1 5 0 2 0 0

0

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA a x:::: 610-500-2002 n q yy

@riekerinc.com

w w w

CARS

™

Brochure

Curve Advisor

y Reporting Service

Features

•

Safe & Continuous Operation o

1 Pass each direction o

With Traffic

•

•

•

•

•

•

•

•

•

•

•

•

FHWA Compliant

Meets Federal MUTCD

Requirements

Integrated GPS

Key Data Collection o

Curve Radius o

Super Elevation o

GPS coordinates o

Date/Time

USB Connectivity

Secure Online Data Storage

Automated Curve Speed

Calculations

Printable Reports

Adjustable Trip Angle Setting

Auto Leveling

Dash Mount Quick Installation

Portable Multi-vehicle Use

Rieker Total Solutions:

Curve Advisory

Reporting

Service

CARS™ is a integrated

Road Survey system, with internal GPS, that will automatically record and determine recommended safe curve speed along with the curve radius and super elevation. This system will allow a driver to continuously survey miles of roads over hours of driving in a day without stopping. Road telemetry is recorded to the tablet as a permanent record for later analysis.

One pass each direction, with traffic at any speed - get the job done safer, faster and

FHWA MUTCD compliant.

Accurate, Safe and Efficient

Based on the Federal Highway Administration (FHWA) guidelines on how to determine safe curve speed, our new system allows the operator to simply drive as many miles of road in a day as needed, even stop & go rush hour traffic! Review and analyze individual curve data after a road has been surveyed, or anytime on any computer. No need for constant speeds or manual data input, making the job safer, faster, and under budget. Automatic calculation of the Safe Curve Advisory Speed to meet MUTCD requirements.

610-500-2000

RIEKER INC • 34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA

fax: 610-500-2002 inquiry@riekerinc.com

www.riekerinc.com

CARS

™

Brochure

Curve Advisory Reporting System

Page 10 of 10

CARS Solution…

• SAFETY FIRST – Allows driving with traffic – any speed.

• CONSISTENCY – Meets FHWA MUTCD requirements.

• ON-TIME Project Completion – Reduces time in the field, analyzing data and creating reports.

• BUDGET SAVINGS – Saves man hours, reduces safety risk.

Find out more: http://www.riekerinc.com/CurveAdvisoryReporting.htm

Or call us today at: 610-500-2000

610-500-2000




H4 Series

General Information Brochure

Page 1 of 4

Rugged ALL-weather

Inclinometer Providing

Analog Voltage (0…5VDC) or Digital Serial (RS232)

Output.

Description

The H4 Series of inclinometers provide single axis inclination sensing in a rugged environmentally protected metal housing. The sensing package incorporates a liquid capacitive sensing element and integrated temperature compensation over the industrial operating range of –40° to +85°C.

These sensors are available with a choice of two output configurations, analog voltage or digital serial outputs. These outputs are linear with respect to the input angle directly.

Digital Serial (RS232) Output

The Serial output (RS232) transmits the degree of angle in a decimal format. This output provides a continuous stream of readings - one reading per line at approximately 250msec per reading. The H4 transmits the output to a computer through its serial port, using HyperTerminal as the interface.

The unit is configured for 9600 baud, 8 data bits, no parity, 1 stop bit.

Features

Single Axis Angle Measurement

3 Ranges: ±30°, ±45º, ±70°

Temperature Compensated

Analog Voltage 0…5V Output

Serial Digital RS232 Output

Vibration and shock resistant

Environmentally sealed to IP67

Rugged die-cast Zinc housing

EMC protected

Mechanical Zero adjustment

Common footprint for easy field install

Applications

Platform Leveling

Vehicle Tilt Monitoring

Antenna Positioning

Boom Angle Indicating

Process Machinery

610-500-2000

RIEKER INC • 34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002 inquiry@riekerinc.com

www .riekerinc.com

H4 Series


Page 2 of 4

Technical Specifications

MEASURING RANGES

MEASUREMENT AXIS

POWER SUPPLY

NON-LINEARITY

1

NULL REPEATABILITY

TRANSVERSE SENSITIVITY

SENSOR ELEMENT RESPONSE TIME

BANDWIDTH

OPTIONAL TEMPERATURE

COMPENSATION OUTPUT DRIFT

INPUT PARAMETERS

±30°, ±45º, ±70°

Single

8…30 VDC Non-Regulated

OUTPUT PARAMETERS

optional 5VDC Regulated

< 0.5% Full Range for ±30º model

< 0.2% Full Range for ±45º, ±70º models

< 0.05°

< 1.0% at 30º Tilt

< 0.3 seconds (<300mSec)

3 Hz

< ±1.0° (over full operating temperature range)

TEMPERATURE RANGE

-40ºF to +185ºF (-40°C to +85°C)

-49ºF to +194ºF (-45°C to +90°C)


STORAGE TEMPERATURE

ANALOG (0…5V) OUTPUT

ZERO OFFSET

ANALOG VOLTAGE OUTPUT (Linear Range)

OUTPUT VOLTAGE SENSITIVITY

±30º

±45º

±70º

ACCURACY OVER TEMPERATURE

±30º

±45º

±70º

RESOLUTION

±30º

±45º

±70º

CURRENT CONSUMPTION

OUTPUT IMPEDANCE

DIGITAL (RS232) OUTPUT

±30º

±45º

±70º


RS232 OUTPUT FORMAT

BAUD RATE

DATA BITS

PARITY

STOP BITS

TRANSMISSION RATE

Temperature Compensation

Over full operating temperature range

2.5VDC typical

0.5…4.5VDC

66.7mV/º

44.4mV/º

28.6mV/º

< ±0.5º

< ±0.5º

< ±1.0º

< 0.02º

< 0.03º

< 0.04º

10mA typical

< 100 OHMS

Temperature Compensation

Over full operating temperature range

< ±0.5º

< ±0.5º

< ±1.0º

10mA typical

ASCII Decimal

9600

8

None

1

Continuously updated every 25mSEC

610-500-2000


www .riekerinc.com

H4 Series


Page 3 of 4

HOUSING

ENVIRONMENTAL RATING

MOUNTING HOLES

MOUNTING PLANE

OUTLINE DIMENSIONS

ELECTRICAL CONNECTION

WEIGHT

MECHANICAL CHARACTERISTICS

Die Cast Zinc

IP67

Two #6-32

Vertical Surface

Ø1.95” x 1.1” (Ø49.5 x 28mm) See Drawing

1ft. Teflon Cable with 3 pigtail leads

8 ounces (227 grams)

Notes: 1. Non-linearity generated by best fit straight line using least squares regression. Output is linear with respect to the input angle directly.

Figure 1: Dimensions (inches [mm]) and Wiring Connections

610-500-2000


www .riekerinc.com

H4 Series


Page 4 of 4

TABLE 1: Part Number for Ordering Information

P ART NUMBER MATRIX CHART

H 4

OPTION

CODE

4

N/A

HOUSING

MACHINED ZINC METAL (Default)

ALTERNATIVE HOUSING

OUTPUT

ANALOG

DIGITAL SERIAL (RS232)

TEMPERATURE COMPENSATION

LEVEL 1

A

S

1

ANGLE RANGES

“XX” = ±30º, ±45º, ±70º

SPECIAL SCALING

INPUT POWER

8 TO 30VDC (Default)

5VDC

MODEL NUMBER

STANDARD (or stock) CONFIGURATION (Default)

CUSTOM SPECIAL: “-X” = LETTER ASSIGNED AT TIME OF ORDER

“XX”

N/A

BLANK

V

BLANK

“-X”

A 1 - 30 -

As shown above the part number H4A1-30 represents a single axis unit with a ±30º measuring range, Analog output, Level 1 Temperature Compensation, 8 to 30VDC supply power.

610-500-2000


www .riekerinc.com

Flex Series H4360


Page 1 of 4

Accurate, Rugged,

ALL-weather 360 Degree inclinometer provides

Analog Current 4..20mA

& Digital RS485 outputs.

H4360

Description

The highly accurate H4360 inclinometer provides

360 degree total measurement along a single axis in a rugged environmentally protected metal housing.

The sensing package incorporates a MEMs sensing element and integrated temperature compensation over the industrial operating range of –40° to +85°C.

This sensor is available with analog current 4..20mA and digital RS485 outputs. These outputs are linear with respect to the input angle directly. Depending on the required angle range, the H4360 measuring range can be scaled anywhere along the range.

The output parameters can be modified at the factory to meet your speciications (ie range, polarity). We also offer the Flex Series Development

Kit allowing the end customer to modify the sensor as needed right from a PC – providing full flexibility for R&D and OEM production lines.

Features


Measuring Range: ±180 (360º Full Scale)

Fully Temperature Compensated

Analog Current 4..20mA Output

Serial RS485 Output


Environmentally sealed to IP68

Rugged die-cast Zinc housing

EMC protected

Over voltage/overcurrent protection

Mechanical Zero adjustment


Applications

Platform Leveling

Solar Panel Array Alignment

Antenna Positioning


Process Machinery

610-500-2000



www.riekerinc.com



Page 2 of 4

Technical Specifications

MEASURING RANGE

MEASUREMENT AXIS

POWER SUPPLY

4..20MA

RS485

SENSOR ELEMENT RESPONSE TIME

START-UP TIME


360º (optional scaled ranges)

Single

11..36VDC Non-Regulated

11..36VDC Non-Regulated


< 0.3 Sec

< 1 Sec


-40ºF..+185ºF (-40°C..+85°C)

-49ºF..+194ºF (-45°C..+90°C)



ANALOG CURRENT 4-20mA

ZERO OFFSET

OUTPUT (LINEAR RANGE)

OUTPUT CURRENT SENSITIVITY

ACCURACY OVER TEMPERATURE

RESOLUTION

CURRENT CONSUMPTION (NO LOAD)

DIGITAL RS485

Temperature Compensated Output

12mA

4..20mA

Relative to scaled degree range

±0.1° Typical / ±0.2º Max

0.05º

37mA @ 12VDC 23mA @ 24VDC


ISOLATION

H4360 BAUD RATE

DATA BITS

PARITY

STOP BITS

CHECKSUM

INFORMATION RATE

Non-isolated, -7..+12VDC common mode

125 Kilobaud

8

None

1

CRC16

Polled

HOUSING

MOUNTING HOLES

MOUNTING PLANE



CONNECTOR

MATING CONNECTOR

WEIGHT


Die Cast Zinc, IP67

Two #6-32

Vertical Surface


10” Shielded TFE Teflon 6 conductor 22 AWG Cable

Deutsch DTM04-6P-E005

Deutsch DTM06-6S-E005


Notes: Output is linear with respect to the input angle directly.

610-500-2000



www.riekerinc.com

Figure 1: Mounting Position and Dimensions (inches [mm])



Page 3 of 4

COLOR

RED

BLACK

WHITE

ORANGE

GREEN

BLUE

CONNECTOR WIRING TABLE:

FUNCTION

SUPPLY VOLTAGE +11 TO +36VDC

POWER/SIGNAL COMMON

4..20MA OUTPUT

RS485-A

RS485-B

NO CONNECTION

610-500-2000



www.riekerinc.com

PIN

1

2

3

4

5

6



Page 4 of 4

Figure 2: Wiring Diagram met:

H4360 CURRENT SENSE

Rsense is dependent upon supply voltage and cable/wire resistance. Ensure the following equation is

QUICK REFERENCE

SUPPLY VOLTAGE SENSE RESISTOR

12V

24V

200-350 OHMS

200-1000 OHMS

Rsense <= Vsupply - 2.5 - Rwire

0.020

28V 200-1000 OHMS

ACCESSORIES AVAILABLE (Sold Separately)

Interface Cable o

Input power / outputs o

Stock lengths and OEM custom lengths available o

Includes mating connector to sensor, with pigtail leads

Flex Series Development Kit o

Flexware

TM

Toolkit Application o

USB Interface Cable from Sensor to PC o

AC Wall Adaptor

610-500-2000



www.riekerinc.com

H5 Series


Page 1 of 3

Rugged, Temperature

Compensated Single Axis

Inclinometer provides Analog

0…5V & 0…10V Outputs simultaneously or Digital

Serial (RS232) output, in angle ranges up to ±90º.

Description

The H5 Series of inclinometers provide single axis inclination sensing in a rugged environmentally protected metal housing.

These sensors are available with a choice of two output configurations, analog voltage or digital serial outputs. These outputs are linear with respect to the input angle directly. The sensing package incorporates a liquid capacitive sensing element with integrated temperature compensation over the industrial operating range of –40° to +85°C.

The Analog version provides both 0…5V and 0…10V outputs with 12…30VDC input voltage. An individual wire for each output is provided, allowing use of both at the same time.

The Serial output (RS232) transmits the degree of angle in a decimal format. This output provides a continuous stream of readings - one reading per line at approximately 250msec per reading. The H5 transmits the output to a PC’s serial port, using

HyperTerminal as the interface – HyperTerminal is a program included with Windows 95, 98, 2000.

Features


4 Ranges: ±30º, ±45º, ±60º, ±90º

Temperature Compensated Output

Analog Output: 0-5V and 0-10V

Digital Ouput: Serial RS232

Vibration and Shock Resistant

ALL-Weather IP67 Housing

Rugged Machined Aluminum Housing

EMC Protected

Mechanical Zero Adjustment


Applications

Platform Leveling


Antenna Positioning


Process Machinery

Potentiometer-like Replacement

610-500-2000



www.riekerinc.com

H5 Series


Page 2 of 3


MEASURING RANGES

MEASUREMENT AXES

POWER SUPPLY





ANALOG OUTPUT

ZERO OFFSET

ANALOG VOLTAGE OUTPUT

±30º

±45º

±60º

±90º

±30º to ±90º

±30º

±45º

±60º

±90º

OUTPUT POLARITY

RESPONSE TIME

BANDWIDTH

SERIAL OUTPUT (RS232)

OUTPUT FORMAT

BAUD RATE

DATA BITS

PARITY

STOP BITS

TRANSMISSION RATE

±30º to ±90º

RESOLUTION


HOUSING

MOUNTING HOLES

MOUNTING PLANE



WEIGHT

±30°, ±45º, ±60, ±90º

Single

ANALOG

12-30VDC Non-reg (4-10VDC opt)

10mA typical, 17mA max

SERIAL

8-30VDC Non-regulated

15mA typical

-40°C to +85°C

-45°C to +90°C

Output 1 (0..5V)

Output 2 (0..10V)

2.5VDC TYP

±2.25VDC

5VDC TYP

±4.5VDC

OUTPUT VOLTAGE SENSITIVITY

75mV/º

50mV/º

150mV/º

100mV/º

37.5mV/º

25mV/º

75mV/º

50mV/º

TOTAL ERROR OVER TEMPERATURE

< ±0.5º

RESOLUTION

< 0.02º

< 0.03º

< 0.03º

<0.05º

Output increases with counter-clockwise rotation

<0.3 seconds

3 Hz

ASCII Decimal

9600

8

None

1

Continuously updated every 250mSEC

TOTAL ERROR OVER TEMPERATURE

< ±0.5º

0.1º

Anodized Aluminum (Black), IP67

Four #4-40 X 0.3” Deep

Vertical Surface

Ø2.52” x 1.1” (Ø64mm x 28mm) See Drawing

1ft. FEP Insulated Cable with Four 22 Gauge Pigtail Leads

7.5 ounces

610-500-2000



www.riekerinc.com

Figure 1: Dimensions and Wiring Connections

H5 Series


Page 3 of 3

WIRE

COLOR

RED

BLACK

GREEN

WHITE

ANALOG CABLE

WIRING

SERIAL CABLE WIRING

FUNCTION

Input Power

Power/Signal Common

Input Power

Power/Signal Common

Analog Output 1 (0-5VDC) RS232 Output

Analog Output 2 (0-10VDC) No Connection

PART NUMBER MATRIX CHART

HOUSING

MACHINED ALUMINUM (ANODIZED BLACK)

OUTPUT

ANALOG

DIGITAL SERIAL (RS232)

TEMPERATURE COMPENSATION

LEVEL 1

ANGLE RANGES

“XX” = ±30º, ±45º, ±60º, ±90º

INPUT POWER

12- 30VDC (Analog) / 8-30VDC (Serial)

4-10VDC

MODEL NUMBER

STANDARD CONFIGURATION

CUSTOM SPECIAL: “-X”

Default

Default

Default

H 5 A 1 - 60 -

OPTION

CODE

5

A

S

1

“XX”

BLANK

V

BLANK

“-X”

As shown above the part number H5A1-60 represents the following configuration: single axis unit with a ±60º measuring range, Analog output (BOTH 0…5V AND 0…10V OUTPUTS), Level 1

Temperature Compensation, 12 to 30VDC supply power.

610-500-2000



www.riekerinc.com

Flex Series – H6


Page 1 of 4

User-Configurable,

Accurate All-in-One

Inclinometer

DESCRIPTION

The H6 inclinometer provides dual axis inclination sensing in a rugged environmentally protected housing.

This unit incorporates a MEMS sensing element referenced to gravity with integrated temperature compensation over the industrial operating range of

-40° to +85°C.

The H6 provides a continuous analog current 4..20mA output and a selectable digital output of a polled RS-485 half–duplex (2-wire) output. Available upon request, the

H6 is CAN ready with customer specified protocols. All outputs are linear with respect to the input angle directly.

Used as integrated devices by original equipment manufacturers (OEMs) or as standalone sensors for test and measurement, the H6 is made for applications where high accuracy and long-term stability are required in noisy and wide temperature changing environments.

The output parameters can be modified at the factory to meet your specifications (i.e. range, polarity). We also offer the Flex Series Development Kit allowing the end customer to modify the sensor as needed right from a PC – providing full flexibility for R&D and OEM production lines.

For use with most all applications including commercial, industrial, military applications.

FEATURES

Dual Axis

Scalable Angle Range up to ±180°

Temperature Compensated

Outputs: o o

Analog Current 4..20mA

Digital RS-485

Outputs Optional: o

CAN o

Open Collector Switch

Daisy-chain Multiple Sensors


Environmentally sealed IP68

Rugged metal housing

EMC protected to 100V/m

Overvoltage/overcurrent protection

-40° to +85°C Operating

Temperature

CE Certificate of Conformance

APPLICATIONS

Platform Leveling

Solar Panel Array Alignment


Antenna Positioning


Process Controls

INDUSTRIES

Aerospace & Defense

Construction

Energy

Mining

Offshore

Transportation

610-500-2000



www.riekerinc.com

Flex Series – H6


Page 2 of 4

SUPPLY VOLTAGE

TABLE 1: H6 SENSOR SPECIFIATIONS


+12..36 VDC Non-Regulated

22mA @ 24VDC (Digital Output only)

SUPPLY CURRENT

1

30mA @ 24VDC (Analog Output - no load)

75mA @ 24VDC max (Analog and Digital Outputs enabled)

85mA @ 12VDC max (Analog and Digital Outputs enabled)

Scalable To ±180°

ANALOG MEASURING RANGE

DIGITAL MEASURING RANGE

INPUT PROTECTION

RANGE: ±180°

±180°

Reverse Polarity, ESD & Surge Protected

ABSOLUTE ACCURACY OVER FULL OPERATING TEMPERATURE

±0.1º

OUTPUT TYPE

SENSITIVITY

2

NULL (0º)

RESOLUTION

FREQUENCY RESPONSE

OUTPUT TYPE

INCLINATION OUTPUT

BAUD RATE

BYTE FORMAT

PACKET FORMAT

INFORMATION RATE



CURRENT OUTPUT PARAMETERS

Factory Default: 4..20 mA (Configurable within 0..24mA)

Relative to Scaled Range

Factory Default: 12 mA Nominal (User Configurable)

0.05º Max

0.5Hz Nominal

DIGITAL OUTPUT PARAMETERS

RS-485 Half Duplex (2-wire)

IEEE Packetized 32-Bit Float

125K Default (Configurable within 9600 to 250K)

8 Data Bits, No Parity, 1-stop Bit, No Flow Control, CRC16 Checksum

See Installation Guide for Packet Details and Commands

Polled (up to 20 times/sec)

TEMPERATURE RANGES

-40ºF..+185ºF (-40ºC..+85ºC)

-49ºF..+194ºF (-45ºC..+90ºC)


HOUSING

WEIGHT

MOUNTING HOLES

MOUNTING PLANE



Aluminum, IP68, All-weather, Submersible

18.6 oz. (525 Grams)

Accept #8 or M4.5 screws (See Dimensional Drawing)

Flat Horizontal Surface

4.34” x 3.26” x 1.8”

See Electrical Connection Drawing

Notes: 1. Supply Current varies depending on outputs connected. Digital output only assumes analog output section is always active however current loop is not connected. 2. Sensitivity defined as (max current range) / (sensor input range).

Ex, A current range set to 4..20mA with a ±30° input range will have a corresponding sensitivity of 16mA/60° or 0.267mA/°.

610-500-2000



www.riekerinc.com

Flex Series – H6


Page 3 of 4

FIGURE 1: Dimensions (inches [mm]) and Mounting Position

Mounting surface o Dual axis Horizontal surface only.

o Single Axis Vertical surface (must be specified at time of order).

Zero position connector facing user (see FRONT/SIDE VIEW of drawing below)

X axis clockwise (connector to the right and down) tilt “+” (see SIDE VIEW of drawing below)

Y axis clockwise tilt “+” (see FRONT VIEW of drawing below)

1.63

[41,4]

0.89

[22,58]

0.32

[8,13]

Ø 0.196

[4,98]

(4 PLCS)

R 3.815 REF

[96,9]

0.295

[7,49]

TOP VIEW

BOTTOM VIEW

3.75

[95,25]

X

Y

3.618

[91,9]

3.71

[94,23]

SERIAL NUMBER

AND

SENSOR CONFIGURATION

LOCATION

M12 Male

(8-Pin)

Connector

Ø 0.196

[4,98]

(2 PLCS)

-

+

FRONT VIEW (Y-AXIS)

M12 Female

(5-Pin)

Connector

-

+

SIDE VIEW (X-AXIS)

3.26

[82,8]

Mounting Position - Horizontal Surface

4.34

[110,24]

European Compliance Statement:

This product complies with the requirements of European Directives 2004/108/EC.

1.80

[45,72]

610-500-2000



www.riekerinc.com

Flex Series – H6


Page 4 of 4

4

5

6

7

8

PIN

1

2

3

TABLE 2: MALE 8-PIN INPUT CONNECTOR

FUNCTION

SUPPLY VOLTAGE +11.. +36VDC

POWER / SIGNAL COMMON

RS485 D+ OR CAN HI

RS485 D- OR CAN LO

CAN SHIELD

X AXIS 4..20MA CURRENT OUTPUT

Y AXIS 4..20MA CURRENT OUTPUT

NO CONNECTION

TABLE 3: FEMALE 5-PIN OUTPUT CONNECTOR

FUNCTION PIN

1

2

3

CAN SHIELD

SUPPLY VOLTAGE +11..+36VDC

POWER COMMON

4

5

RS485 D+ OR CAN HI

RS485 D- OR CAN LO

TABLE 4: CURRENT SENSE

QUICK REFERENCE

Rsense is dependent upon supply voltage and cable/wire resistance. Ensure the following equation is met:

SUPPLY VOLTAGE

Rsense <= Vsupply - 2.5 - Rwire

0.020

12V

24V

28V

TABLE 5: ACCESSORIES (SOLD SEPARATELY)

SENSE RESISTOR

200-350 OHMS

200-1000 OHMS

200-1000 OHMS

FLEX SERIES DEVELOPMENT KIT

TM

•

Flexware Toolkit Application

•

USB Interface Cable from Sensor to PC

•

AC Wall Adaptor

INTERFACE CABLE

•

Input power / outputs

•

Both 8-pin and 5-pin available

•

Stock lengths and OEM custom lengths available

•

Includes mating connector to sensor, with pigtail leads

Display Box

•

Single or Dual Line LCD

•

0.1º Resolution

•

Battery or 12..24VDC input supply

610-500-2000



www.riekerinc.com

DB1C DISPLAY


Page 1 of 2

LCD Display Box

Provides 360 Degrees of Angle from Remote

Sensor NG360, SB360 or XB360

Description

This Display box is used to display the tilt angle of a single

NG360 - also compatible with the SB360 or XB360 sensor. It is designed for indoor and outdoor use.

Applications

Typical areas of application include construction, mining, vehicles, aircraft, ships, surveying equipment, and transportation and conveyor systems.

Features

Die-cast Aluminium housing (IP65) with saltwater proof coating

Backlit LCD

0.01° Resolution

Full 360° Angle Sensing

0...360° or ±180° display

(depending on state of solder bridge)

RS485 Output of Angle

Zero point can be set by shunting an internal contact and persists after power off

Connects direct to NG360, SB360,

XB360 sensor (converter not required)

MEASURING RANGE

RESOLUTION

TERMINALS

TECHNICAL SPECIFICATIONS

360º (±180º optional configuration)

0.01º

3 x 1.5 mm

2

for power supply and 4 x 1,5mm

2 for sensor

POWER SUPPLY

ENVIRONMENTAL PROTECTION

CABLE FIXING

ORIENTATION OF CABLE FIXINGS


BACKLIGHT

WEIGHT


MAX DISTANCE TO SENSOR

12 V (24V optionally) ca.120mA (both Display and Sensor)

IP65

Two M12 x 1.5 cable gland, cable diameter 6mm … 7.5mm

Both cable fixings at bottom side.

Alternatively, one fixing at the left and the other cable fixing at the right side.

2.52” (64mm) W X 3.86” (98mm) L x 1.42” (36mm) H

LED, white

Approx. 16 ounces (454 grams)

-40°F to +149°F (-40° to +65°C )

3281 FT. (ca. 1 km)

610-500-2000


www.riekerinc.com

Figure 1:

Connection and Programming

DB1C DISPLAY


Page 2 of 2

610-500-2000


www.riekerinc.com

NB3 Series


Page 1 of 2

Compact Inclinometer Sensors:

NB3 (0…7 Hz) & NB3S (0…60 Hz)

provide High Accuracy for Small

Measuring Ranges within ±10º

Description

The NB3 is a static accelerometer (utilized as an inclinometer) with a high degree of accuracy for measuring small tilt angles of any object with respect to gravity. The sensor's primary transformer consists of a capacitive spring-mass system with gasdynamic damping.

Manufactured either with an Analog DC or a Pulse

Width Modulated (PWM) output, the integrated sensor electronics require only minimal power and are in conjunction with the capacitive primary transformer characterized by high accuracy, linearity, and long-term stability.

Applications

Well suited for industrial use where the demands for compact inclinometers with good long-term stability

(very low power consumption) and relatively small tilt angle measuring ranges (±10º) are preferred.

Typically used for automation and inspections applications as well as safety engineering, medical

& communications equipment, and leveling systems.

Features

Small compact housing, less than 1” diameter

0.3 or 0.01 Second Response Time

Linear output characteristics

Minimal zero offset drift

Hysteresis free measuring signal

High measurement accuracy

Very low relative linearity errors

High long-term stability

Analog or PWM output signals

Very low power consumption

Hermetically sealed housing to IP65

Low transverse sensitivity over full

range

Housing

Mounting

Mounting Plane

Outline Dimensions

Electrical Connection

Weight

Operating Temperature

Storage temperature

MECHANICAL CHARACTERISTICS

Nickel Plated Brass

M3 Mounting Stud, M4 optional

Vertical Surface

Ø 0.945” (Ø 24mm) X .434” (11mm) h


Optional: Shielded cable Ø 0.083” (Ø 2.1mm) x 1.65’ (0.5m)

Approx. 0.89 ounces (25 grams) (not including cable)

-40°F to +185°F (-40° to +85°C ), optional +257ºF (+125ºC)

-49°F to +194°F (-45° to +90°C ), optional +257ºF (+125ºC) voice: 610-500-2000



NB3 Series


Page 2 of 2

Measuring range

Resolution

Max. Non-linearity

NB MODEL SPECIFICATIONS

±10°

< 0.001°

< 0.2% Full Range for ±10° model

< 0.5% Expanded Range for ±20°

Transverse Sensitivity

Response Tme

Power Supply U b

Min ... Max. Supply U bz

NB3

NB3S

Negligible

< 0.3 Sec., Frequency 0-7Hz

< 0.01 Sec., Frequency 0-60Hz

5 Volt regulated

3 ... 6 Volt

Current Consumption U b

=5Volt

Protection Degree

Approx. 1mA

IP65

VALUES FOR ANALOG DC OUTPUT MODEL AT U

BN

=5VOLT

Sensitivity

Temperature drift of sensitivity

Temperature drift of zero

Approx. 15mV/°

< +0.01% /°C

< ± 0.025mV /°C

Zero offset at Ub=5V 2.5 ±0.1 Volt - generally: 0.5Ub ±4%

Output Impedance

10k

Ω


CABLE WIRING TABLE:

RED

WHITE

3-WIRE (standard)

+5VDC Stable

Output Signal

RED

BLUE

SHIELDED CABLE (optional)

+5VDC Stable

Output Signal

GND (housing) BLUE GND (housing) SHIELD

Figure 1:

Dimensions and Mounting Position (inches [mm])

voice: 610-500-2000



NG360


Page 1 of 6

Liquid Capacitive Inclinometer

Sensor with Full 0° to 360° measurement range.

Description

The NG360 is a liquid capacitive based inclinometer used for measuring the tilt angle of any object with respect to gravity within a 0 to 360° range. This inclinometer features an integrated 16-bit single chip microprocessor, which provides for linearity and temperature compensation. The basic sensor consists of four separate sensing elements whose outputs are combined to provide a highly accurate linear output over a complete 360° tilt range. An inclusive EEPROM stores the calibration data and dynamic control functions. The embedded software virtually eliminates total errors by compensating temperature drifts and sets the sensor dynamics for specific customer applications. It provides a very accurate

360° angle output with a RS485 interface. When used along with the SC485B (RS232/RS485) converter the user has the possibility of connecting up to 78 units on the same communication line.

Two computer programs are included along with the

NG360, “Get Angle” and “NG360 Setup”, for viewing the measured angle real time. These programs run on Intel compatible PC’s under MS Windows 95/98. Although the

NG360 can be operated on any half duplex RS485 interface, we recommend the Rieker Electronics interface converter SC485B for problem free operation.

Features

RS485 Output – Bus and Multi-

Sensor Capable

Integrated 16 Bit

Microprocessor

EEPROM Storage of Sensor

Parameters

Windows Based Software

Supporting Bi-Directional

Calibration

Full 360° Angle Sensing

0.01° Resolution

Linearity and Temperature

Compensated

Insensitive to electromagnetic fields

Adjustable zero-position with

360° locking ring

-40°C to +85°C Operating

Temperature Range

Applications

IP65 Protection


The NG360 inclinometer is suitable for applications requiring the measurement of any angle for further processing on a PC.


6 1 5 0 2 0 0 0


www.riekerinc.com

TRANSVERSE SENSITIVI TY

OUTPUT RESPONSE T

SUPPLY VOLTAGE “ON” DELAY TIME

P

OWER SUPPLY

ENVIRONMENTAL PROTEC TION

ELECTRICAL CONNECTIO

N

OPERATING TEMPERATUR E

NG360


Page 2 of 6

TECHNICAL SPECIFICAT IONS

360º

0.01º

±0.25°

<1% at 45° cross angle

< 0.3 Sec. (<300mSec)

< 50mSec

9V ... 15V approx. 40mA


30% Glass Filled PBT Plastic

IP65

Flat Vertical Surface with Supplied Mounting Ring

Ø 1.92” (Ø 48.8mm) X 0.85” (21.6mm) h

With Mounting Ring: Ø 2.64” (Ø 67mm) X .85” (21.6mm) h

Ø 0.182” (Ø 4.6mm) Shielded Cable x 1.65’ (0.5m) pigtail leads

Approx. 3.88 ounces (110 grams) (not including mounting ring)

-40°F to +185°F (-40° to +85°C )

-49°F to +194°F (-45° to +90°C )

Figure 1: Dimensions and Mounting Position (inches [mm])

6 1 5 0 2 0 0 0


www.riekerinc.com

Figure 2:

Connection to RS232/RS485 converter (p/n SC485B)

NG360


Page 3 of 6

Figure 3:

NG360 Sensor Connection to RS485 Bus

•

One sensor on bus can use address

177=hB1 (#00) or individual sensor address

•

110 Ohm terminator internal or external

Single Sensor

•

•

•

•

Maximum of 78 sensors on bus

Maximum cable length is 4km

Do not use address 177 for multiple sensors

No internal terminators, only one at cable end allowed

Multiple Sensors

PC COM PORT TO RS232 / RS485 PROTOCOL

9600

8

None

1

None

110 Ohm

Terminator

6 1 5 0 2 0 0 0


www.riekerinc.com

NG360


Page 4 of 6

NG360 DATA PROTOCOL

STEP PC TRANSMIT

Address (e.g. B1, B2 or B3…)

ENQ (05h)

15ms Pause (switching from transmit to receive in sensor)

STX (02h)

359,99

Angle in ASCII code

ETB (17h)

Check Sum

(2 Byte ASCII code)

$(24h)

The check sum is a byte by byte

XOR concatenation of the sensor value measured in step 4

(Ex.: 02h XOR 359.99 XOR 17h)

15ms Pause (Switching from receive to transmit in sensor)

ACK (06h)

When check sum is OK

NAK (15h)

When check sum fails

If ACK, then finish

If NAK, return to 3

INSTALLATION AND MOU N

STEP HARDWARE PREPARATION

The NG360 inclinometer will need to be mounted on a vertical mounting plane. The SC485B (RS232/RS485) adapter can be mounted on either a horizontal or vertical mounting plane.

To mount the NG360, prepare a vertical surface with two tapped holes 2.283” apart for the supplied M4 mounting screws. Refer to Figure 1 for the NG360 outline dimensions.

To mount the SC485B adapter, prepare the mounting surface with two tapped holes, tap for either M4 or #8-32 screws. (Screws are not supplied.) Refer to Figure 2 for mounting hole locations. Note all dimensions are in millimeters.

Mount the NG360 to the mounting surface using the supplied mounting ring and M4 mounting screws. Ensure the unit is oriented so that the writing on the label appears horizontal and upright when looking at it straight on. This is the approximate zero position. To zero the unit, loosen the two mounting screws and rotate the sensor within its ring until the output reads zero. Tighten screws when satisfied.

Remove the 4 screws from the SC485B adapter lid to lift the cover.

Route the NG360 cable through the SC485B adapter port and connect the wires as shown in Figure 3. Refer to

Figure 4 for the NG360 and RS485 Bus diagram.

Mount the SC485B adapter with two M4 or #8-32 screws. Replace cover.

Connect the 12VDC adapter plug to the SC485B adapter and the other end to 110VAC wall receptacle.

Connect a 9-pin D-Sub male connector and cable to the PC com port.

STEP SOFTWARE PREPARATION

To display the measurement results and configure the sensor the following programs are used. These programs require a PC running Windows 95/98 or Windows XP. Although the NG360 will operate from any half-duplex RS485 port, we recommend using the SEIKA interface converter SC485B. NG360 programs should be copied to the hard drive before running them!

Load the enclosed software NG360Setup.exe and GetAngle.exe onto a PC.

NG360Setup.exe: This program can be used to change several parameters of the NG360. These parameters can be read, modified and then saved permanently in the NG360 EEPROM. This does not affect any calibration values.

6 1 5 0 2 0 0 0


www.riekerinc.com

NG360


Page 5 of 6

Run the executable file, NG360Setup.exe to setup system parameters. Parameters that can be reconfigured are data filtering with regards to filter type (Bessel, Period, Butterworth, or Tschebychev), filter order (either no filter, first, or second order), and filter frequency (0.1Hz, 0.5Hz, and 1Hz). The sensor address can also be set and changed if more than one sensor is connected. Refer to Figure 3 for connecting multiple sensors. PC COM port assignment is also accomplished with this program.

The following screen should appear when NG360Setup.exe is executed. The PC COM port shows in the bottom left hand corner and the current sensor address in the bottom right hand corner. If only one sensor is connected, the default address of

177 (hB1) #00 will enable the software to output sensor angles. If multiple units are connected, address 177 (hB1) cannot be used!!! The reason being that all sensors are programmed to respond to the base address of

177 (hB1), in the event of multiple units, a bus conflict would result.

Each individual sensor on the bus will need to have a unique address.

Once a sensor address is selected, the corresponding sensor can be probed for its current parameter settings. Click on “read variables”. This will read the current filter settings and sensor address and display them in the appropriate fields. The variables can be modified by selecting on the drop down menus and then permanently written to the

EEPROM memory by clicking on “write variables”. The variable V064 “delay for serial port” determines the time delay between the individual data bytes transmitted by the sensor. This value can be increased for slower PC interfaces for safer data communication. Default value is 500.

GetAngle.exe: This program displays the angle of one or more NG360, which are connected through a RS232/RS485-

Converter (i.e. p/n SC485B) to the PC. The serial port COM, the sensor address and the display speed (averaging of several measurements) can be adjusted. Additionaly, measurements can be saved to a logfile in regular time-intervals, for further processing i.e. with MS Excel.

Now run the executable file,

GetAngle.exe. This program displays the measured angle for each sensor queried on the RS485 Bus. The following screen should appear.

Set the correct Com port and address. Note address 177 (hB1) #00 can only be used when one sensor is connected.

Clicking on Start will show the sensor output real time. If you want to change the filter parameters go back to the setup program.

6 1 5 0 2 0 0 0


www.riekerinc.com

NG360


Page 6 of 6

NG360Scan.exe: Use this program to identify every NG360 sensor connected to a serial PC COM port through a

RS232/RS485-Converter. The program scans the whole range of possible NG360 addresses and displays the angle values send by each connected sensor.

Program NG360Scan.exe is also supplied on the disk. This program will determine which sensors are active on the bus and then allow continuous reading of multiple sensors. The following screen will appear when executed.

Select the Com port and click on Scan. The program transmits an inquiry to all 78 possible NG360 addresses and waits for a response. If a sensor answers, the received measured angle is displayed over that sensors address. Click on Start reading to obtain continuous angle measurements from the active sensors. Press Stop reading when finished.

NG360Example.exe: This directory contains an example program for programmers, with complete MS Visual

C++ sourcecode. This open source example program developed using MS

Visual C++ 5.0 provides some information how to develop interface software for the RS232/RS485 converter and the NG360 sensors.

The NG360 sensor is RESET automatically at power on by a defined sequence of operations. The timing for the power on sequence is important for the correct function of the internal microcomputer. The starting edge of the supply voltage should be as short as possible for correct operation.

A supply voltage with a slow rise time or one that bounces can lead to the internal microcomputer program to crash. If this occurs, the sensor will give the impression that it is defective and no longer working. This can normally be fixed by shutting the power off and restarting the process over again making sure the proper input conditions are met. Similar problems can occur if the operating voltage drops below 9V. With the correct input voltage the actual sensor life is unlimited.

6 1 5 0 2 0 0 0


www.riekerinc.com

NGi (4..20mA) Series


Page 1 of 3


providing Temperature Compensated

2-Wire Current Loop 4..20mA Output

Description

The NGi Series of inclinometers are liquid capacitive gravity based sensors with integrated sensor and excitation electronics. The thermal drift of the primary sensor is further compensated by an electronic equalization of the temperature.

An integrated highly stable voltage regulator makes it possible to supply the inclinometer from any unregulated supply or battery as low as +8V and up to

+30VDC. The measuring principle assures a linear angle output with 4..20mAs calibrated to equal the measuring range of the sensor. The measuring time constant can be ordered with longer rise times as an option. The power is obtained from the measurement current loop, thereby eliminating the need for a separate power supply and enabling operation with a two wire connection.

Applications

The NGi Series with its current loop output is well suited for industrial use in a noisy environment where high temperature changes occur and non-stable supply voltages are present.

Features

Temperature compensated

4..20mA output

Non regulated +8..+30VDC input

Integrated sensor electronics with 4..20mA excitation

Linear output characteristics

2 wire connection – sensor power obtained from the current loop

High measurement accuracy

Minimal linearity errors

High long-term stability

EMC protected

Vibration and shock insensitive due to non mechanical internal parts

Sensor electronically isolated from housing

Sensor zero mechanically adjusted with mounting ring

Current loop limitation

For additional functionality the SB1i (single axis) and

SB2i (dual axis) inclinometer sensor packages have both zero and gain adjustments. The SB2i is available with ATEX or CSA Certification for Intrinsic Safety.

Typically used in building and bridge construction, mining, radar alignment systems, pitch and roll, agricultural and construction equipment, and process machinery.

610-500-2000

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002


www.riekerinc.com



Page 2 of 3

MODEL SPECIFICATIONS

MEASURING RANGE

RESOLUTION

SENSITIVITY

MAX. NON-LINEARITY


RESPONSE TME

TEMPERATURE DRIFT OF

SENSITIVITY

TEMPERATURE DRIFT OF ZERO

ZERO OFFSET

POWER SUPPLY


HOUSING


MOUNTING



WEIGHT



BROWN

WHITE

NG2i

±10°

< 0.001°

0.8mA/°

NG3i

±30°

< 0.003°

0.266mA/°

< 1*10

-3

FS

<1% at 45° tilt

< 0.3 Sec. (<300mSec), (optional 1s, 2s, 3s)

NG4i

±80°

< 0.01°

0.1mA/°

<-0.01% /°C

<±10

-3

°/°C

12mA

8..30VDC non-regulated (either polarity)

Approx. 10mA



IP65


Ø 1.92” (Ø 48.8mm) X 0.85” (21.6mm) h


Ø 0.182” (Ø 4.6mm) Cable x 1.65’ (0.5m) (2-wire pigtails leads)


-40°F to +185°F (-40° to +85°C )

-49°F to +194°F (-45° to +90°C )

CABLE WIRING TABLE:

+VDC input or output

+VDC input or output

Note: wires are interchangeable.

Figure 1:

Block Diagram

610-500-2000



www.riekerinc.com

Figure 2: Wiring Connections



Page 3 of 3


610-500-2000



www.riekerinc.com

NGU Series


Page 1 of 2

Single Axis Inclinometer

Analog 0..5VDC Output up to ±80º Range

Description

The NGU Series of inclinometers -

NG2U (±10º), NG3U

(±30º), and NG4U (±80º) - are liquid capacitive gravity based sensors with integrated sensor and excitation electronics. The thermal drift of the primary sensor is further compensated by an electronic equalization of the temperature for uniform accuracy over temperature.

An integrated highly stable voltage regulator makes it possible to supply the inclinometer from any unregulated supply or battery as low as +8V and up to +30VDC. The measuring principle assures a linear angle output with

0..5VDC calibrated to equal the measuring range of the sensor. The measuring time constant can be ordered with longer rise times upon request.

Applications

The NGU Series is well suited for industrial use where high accuracy, long-term stability, and high voltage outputs are desired in environments that experience large temperature changes and where non-stable supply voltages are present.

For additional functionality in an all-weather housing, the

SB1U and SB2G Inclinometer Sensor Packages have both zero and gain adjustments. For dual axis applications refer to the SB2G.

Typically used in building and bridge construction, mining, radar alignment systems, pitch and roll, agricultural/ construction equipment, and process machinery.

Features

Temperature Compensated 0..5V output

Non regulated +8..+30VDC supply input

Integrated sensor electronics with

5VDC excitation

Linear output characteristics

High measurement accuracy

Very low relative linearity errors

Long-term stability

Hysteresis free measuring signal

Not affected by ambient electromagnetic fields

Housing rated IP65

Sensor galvanically isolated from housing

Sensor zero offset mechanically adjusted with mounting ring

EMC Certified

610-500-2000



www.riekerinc.com

NGU Series


Page 2 of 2

NGU Model Specifications

MEASURING RANGE

RESOLUTION

SENSITIVITY

MAX. NON-LINEARITY


RESPONSE TME

TEMPERATURE DRIFT OF

SENSITIVITY

TEMPERATURE DRIFT OF ZERO

ZERO OFFSET

POWER SUPPLY


HOUSING


MOUNTING



WEIGHT



<±10

-3

°/°C

2.5 V

8…30VDC non-regulated

Approx. 10mA



IP65


Ø 1.92” (Ø 48.8mm) X 0.85” (21.6mm) h




NG2U

±10°

< 0.001°

200 mV/º

-40°F to +185°F (-40° to +85°C )

-49°F to +194°F (-45° to +90°C )

NG3U

±30°

< 0.003°

66.67 mV/º

< 1*10

-3

FS

<1% at 45° tilt

< 0.3 Sec. (<300mSec), (optional 1s, 2s, 3s)

<-0.01% /°C


NG4U

±80°

< 0.01°

25 mV/º

610-500-2000



www.riekerinc.com

NG360


Page 1 of 6


Sensor with Full 0° to 360° measurement range.

Description

The NG360 is a liquid capacitive based inclinometer used for measuring the tilt angle of any object with respect to gravity within a 0 to 360° range. This inclinometer features an integrated 16-bit single chip microprocessor, which provides for linearity and temperature compensation. The basic sensor consists of four separate sensing elements whose outputs are combined to provide a highly accurate linear output over a complete 360° tilt range. An inclusive EEPROM stores the calibration data and dynamic control functions. The embedded software virtually eliminates total errors by compensating temperature drifts and sets the sensor dynamics for specific customer applications. It provides a very accurate

360° angle output with a RS485 interface. When used along with the SC485B (RS232/RS485) converter the user has the possibility of connecting up to 78 units on the same communication line.

Two computer programs are included along with the

NG360, “Get Angle” and “NG360 Setup”, for viewing the measured angle real time. These programs run on Intel compatible PC’s under MS Windows 95/98. Although the

NG360 can be operated on any half duplex RS485 interface, we recommend the Rieker Electronics interface converter SC485B for problem free operation.

Features

RS485 Output – Bus and Multi-

Sensor Capable

Integrated 16 Bit

Microprocessor

EEPROM Storage of Sensor

Parameters

Windows Based Software

Supporting Bi-Directional

Calibration

Full 360° Angle Sensing

0.01° Resolution

Linearity and Temperature

Compensated

Insensitive to electromagnetic fields

Adjustable zero-position with

360° locking ring


Temperature Range

Applications

IP65 Protection


The NG360 inclinometer is suitable for applications requiring the measurement of any angle for further processing on a PC.


6 1 5 0 2 0 0 0


www.riekerinc.com

TRANSVERSE SENSITIVI TY

OUTPUT RESPONSE T

SUPPLY VOLTAGE “ON” DELAY TIME

P

OWER SUPPLY

ENVIRONMENTAL PROTEC TION

ELECTRICAL CONNECTIO

N

OPERATING TEMPERATUR E

NG360


Page 2 of 6

TECHNICAL SPECIFICAT IONS

360º

0.01º

±0.25°

<1% at 45° cross angle

< 0.3 Sec. (<300mSec)

< 50mSec

9V ... 15V approx. 40mA



IP65


Ø 1.92” (Ø 48.8mm) X 0.85” (21.6mm) h




-40°F to +185°F (-40° to +85°C )

-49°F to +194°F (-45° to +90°C )


6 1 5 0 2 0 0 0


www.riekerinc.com

Figure 2:

Connection to RS232/RS485 converter (p/n SC485B)

NG360


Page 3 of 6

Figure 3:

NG360 Sensor Connection to RS485 Bus

•

One sensor on bus can use address

177=hB1 (#00) or individual sensor address

•

110 Ohm terminator internal or external

Single Sensor

•

•

•

•

Maximum of 78 sensors on bus

Maximum cable length is 4km

Do not use address 177 for multiple sensors

No internal terminators, only one at cable end allowed

Multiple Sensors


9600

8

None

1

None

110 Ohm

Terminator

6 1 5 0 2 0 0 0


www.riekerinc.com

NG360


Page 4 of 6

NG360 DATA PROTOCOL

STEP PC TRANSMIT

Address (e.g. B1, B2 or B3…)

ENQ (05h)

15ms Pause (switching from transmit to receive in sensor)

STX (02h)

359,99

Angle in ASCII code

ETB (17h)

Check Sum

(2 Byte ASCII code)

$(24h)

The check sum is a byte by byte

XOR concatenation of the sensor value measured in step 4

(Ex.: 02h XOR 359.99 XOR 17h)

15ms Pause (Switching from receive to transmit in sensor)

ACK (06h)

When check sum is OK

NAK (15h)

When check sum fails

If ACK, then finish

If NAK, return to 3

INSTALLATION AND MOU N

STEP HARDWARE PREPARATION

The NG360 inclinometer will need to be mounted on a vertical mounting plane. The SC485B (RS232/RS485) adapter can be mounted on either a horizontal or vertical mounting plane.

To mount the NG360, prepare a vertical surface with two tapped holes 2.283” apart for the supplied M4 mounting screws. Refer to Figure 1 for the NG360 outline dimensions.

To mount the SC485B adapter, prepare the mounting surface with two tapped holes, tap for either M4 or #8-32 screws. (Screws are not supplied.) Refer to Figure 2 for mounting hole locations. Note all dimensions are in millimeters.

Mount the NG360 to the mounting surface using the supplied mounting ring and M4 mounting screws. Ensure the unit is oriented so that the writing on the label appears horizontal and upright when looking at it straight on. This is the approximate zero position. To zero the unit, loosen the two mounting screws and rotate the sensor within its ring until the output reads zero. Tighten screws when satisfied.

Remove the 4 screws from the SC485B adapter lid to lift the cover.

Route the NG360 cable through the SC485B adapter port and connect the wires as shown in Figure 3. Refer to

Figure 4 for the NG360 and RS485 Bus diagram.

Mount the SC485B adapter with two M4 or #8-32 screws. Replace cover.

Connect the 12VDC adapter plug to the SC485B adapter and the other end to 110VAC wall receptacle.

Connect a 9-pin D-Sub male connector and cable to the PC com port.

STEP SOFTWARE PREPARATION

To display the measurement results and configure the sensor the following programs are used. These programs require a PC running Windows 95/98 or Windows XP. Although the NG360 will operate from any half-duplex RS485 port, we recommend using the SEIKA interface converter SC485B. NG360 programs should be copied to the hard drive before running them!

Load the enclosed software NG360Setup.exe and GetAngle.exe onto a PC.

NG360Setup.exe: This program can be used to change several parameters of the NG360. These parameters can be read, modified and then saved permanently in the NG360 EEPROM. This does not affect any calibration values.

6 1 5 0 2 0 0 0


www.riekerinc.com

NG360


Page 5 of 6

Run the executable file, NG360Setup.exe to setup system parameters. Parameters that can be reconfigured are data filtering with regards to filter type (Bessel, Period, Butterworth, or Tschebychev), filter order (either no filter, first, or second order), and filter frequency (0.1Hz, 0.5Hz, and 1Hz). The sensor address can also be set and changed if more than one sensor is connected. Refer to Figure 3 for connecting multiple sensors. PC COM port assignment is also accomplished with this program.

The following screen should appear when NG360Setup.exe is executed. The PC COM port shows in the bottom left hand corner and the current sensor address in the bottom right hand corner. If only one sensor is connected, the default address of

177 (hB1) #00 will enable the software to output sensor angles. If multiple units are connected, address 177 (hB1) cannot be used!!! The reason being that all sensors are programmed to respond to the base address of

177 (hB1), in the event of multiple units, a bus conflict would result.

Each individual sensor on the bus will need to have a unique address.

Once a sensor address is selected, the corresponding sensor can be probed for its current parameter settings. Click on “read variables”. This will read the current filter settings and sensor address and display them in the appropriate fields. The variables can be modified by selecting on the drop down menus and then permanently written to the

EEPROM memory by clicking on “write variables”. The variable V064 “delay for serial port” determines the time delay between the individual data bytes transmitted by the sensor. This value can be increased for slower PC interfaces for safer data communication. Default value is 500.

GetAngle.exe: This program displays the angle of one or more NG360, which are connected through a RS232/RS485-

Converter (i.e. p/n SC485B) to the PC. The serial port COM, the sensor address and the display speed (averaging of several measurements) can be adjusted. Additionaly, measurements can be saved to a logfile in regular time-intervals, for further processing i.e. with MS Excel.

Now run the executable file,

GetAngle.exe. This program displays the measured angle for each sensor queried on the RS485 Bus. The following screen should appear.

Set the correct Com port and address. Note address 177 (hB1) #00 can only be used when one sensor is connected.

Clicking on Start will show the sensor output real time. If you want to change the filter parameters go back to the setup program.

6 1 5 0 2 0 0 0


www.riekerinc.com

NG360


Page 6 of 6

NG360Scan.exe: Use this program to identify every NG360 sensor connected to a serial PC COM port through a

RS232/RS485-Converter. The program scans the whole range of possible NG360 addresses and displays the angle values send by each connected sensor.

Program NG360Scan.exe is also supplied on the disk. This program will determine which sensors are active on the bus and then allow continuous reading of multiple sensors. The following screen will appear when executed.

Select the Com port and click on Scan. The program transmits an inquiry to all 78 possible NG360 addresses and waits for a response. If a sensor answers, the received measured angle is displayed over that sensors address. Click on Start reading to obtain continuous angle measurements from the active sensors. Press Stop reading when finished.

NG360Example.exe: This directory contains an example program for programmers, with complete MS Visual

C++ sourcecode. This open source example program developed using MS

Visual C++ 5.0 provides some information how to develop interface software for the RS232/RS485 converter and the NG360 sensors.

The NG360 sensor is RESET automatically at power on by a defined sequence of operations. The timing for the power on sequence is important for the correct function of the internal microcomputer. The starting edge of the supply voltage should be as short as possible for correct operation.

A supply voltage with a slow rise time or one that bounces can lead to the internal microcomputer program to crash. If this occurs, the sensor will give the impression that it is defective and no longer working. This can normally be fixed by shutting the power off and restarting the process over again making sure the proper input conditions are met. Similar problems can occur if the operating voltage drops below 9V. With the correct input voltage the actual sensor life is unlimited.

6 1 5 0 2 0 0 0


www.riekerinc.com

RAD AV Series

Remote Angle Display for Sound Engineers

Page 1 of 6

The RAD is a portable remote angle display monitoring system for line array alignment, capable of coordinating multiple sensors from one LCD reader.

Photo A: RAD2 (±70º, dual line display with remote sensor boxes - horizontal mount)

Features

•

Hand Held Display Box

•

Rugged Remote Sensors

•

XLR Cord Plug Connectors

•

±70° Measuring Range

•

Non-symmetrical Ranges

Available

•

Angle Displayed in Degrees

•

0.1° LCD Resolution

•

Battery Powered

•

ON/OFF Switch

•

Low Battery Warning

•

Relative Zero or Relative

Difference

•

Minimum/Maximum Angle

Display

•

RS232 Output Optional

Applications

•

Sound System Remote

Alignment

•

Line Array/Speaker

Positioning/Installation

•

Remote Platform Leveling

Description

The (RAD) Remote Angle Display is a precision instrument designed for line array speaker positioning – allowing the sound engineer to quickly establish optimum position of the PA system during installation.

Available as a single line display reading one sensor at a time (RAS2, see Photo B) or a dual line display to measure two sensors at the same time (RAD2, see Photo A), multiple sensors can be used interchangeably with one display box to coordinate multiple stacks.

The dual line RAD allows the installer to view to line arrays simultaneously and is typically sold as a set (ie (1) reader matched to (2) remote sensors).

For maximum flexibility, the single line reader works best for production companies needing to permanently install the remote sensors into various bumpers or rigs, while maintaining a smaller number of readers on the shelf. No more worrying about cross compatibility issues, especially when setting up multiple venues.

The RAD system has two sensor options (see Figures 2 & 3). A typical configuration includes one LCD Reader box with a number of matched sensors; typically 2 or 4 sensors. Both sensor and reader use standard type XLR connectors.

Custom angle range scaling available. For example, a ±70° sensor can be scaled to read +50° to -90°. (Typical V-DOSC configuration).

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RAD AV Series


Page 2 of 6

Sensor Measuring Range

Optional Non-Symmetrical

Power Supply (default)

Power Supply (optional)

Remote Sensor Option A

Remote Sensor Option B

Output Units

LCD Display RAD

LCD Display RAS

LCD Resolution

Min / Max Readings - Standard

Relative Zero - Standard


±70°

+50/-90º

9 VDC Battery

Wall adapter (110 or 240VAC) or 8-30VDC Non-regulated

“Black Box” Nema 4 Housing

CS9 IP67 Housing

LCD DISPLAY PARAMETERS

Degrees

Dual Line (see Figure 1A)

Single Line (see Figure 1B)

0.1°

Stored in Volatile Memory


Display LEDs

Open Collector Outputs

Open Collector Current

Switch Function

Switch Trip Delay

Switch Trip Angles

RS232 Output

Baud Rate

Data Bits

Parity

Stop Bits

Display Housing

Mounting Holes

Outline Dimensions

Electrical Connection

Display Box Weight


Storage Temperature

Pin 1

Pin 2

Pin 3

OPTIONAL FEATURES

Activated per customer request only* (1 green, 1 yellow, 1 red)

Up to 4 provided

1A each

Normally Open or Normally Closed

0 to 16 seconds

Anywhere within sensor range

OPTIONAL RS232 OUTPUT

Decimal Output

9600

8

None

1

MECHANICAL CHARACTERISTICS - DISPLAY/REMOTE BOX

Die Cast Aluminum – Painted Black

Two M4 x 0.7 or Two #8-32

4.53” x 3.54” x 2.21” (115 x 90 x 56mm)

Female XLR Cord Plug Receptacle (Switchcraft PN D3F)

16 ounces

-20°C to +70°C

-40°C to +85°C

XLR CONNECTING WIRE - DISPLAY/REMOTE BOX

Sensor Ground

Sensor Signal Output

Sensor Supply Voltage

*LED trip angles can only be set within the measuring range of the device and must match the open collector switch outputs if they are chosen.

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RAD AV Series


Page 3 of 6

FIGURE 1A:

RAD2

LCD Display “Reader” Box

Dimensions (inches [mm])

Dual Line LCD Display Box - battery operated, hand-held two (2) sensor “reader”.

FIGURE 1B: RAS2

LCD Display “Reader” Box

Dimensions (inches [mm])

Single Line LCD Display Box - battery operated, hand-held one (1) sensor “reader”.

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RAD AV Series


Page 4 of 6

RAD/RAS Button Functions

MIN/MAX Button

The MIN/MAX function provides the smallest and largest angle the device has sensed since it was last reset.

Relative Zero (REL) Button

Standard on all display models: The REL button allows the user to set a new zero position after the RDI is mounted. Press the REL button and release and the display will read REL ON * for 1 sec then 0.00° *. The ( * ) indicates the measurement is not referenced to the true calibrated 0, but a referenced zero. The MIN/MAX angles are now referenced to the new referenced zero. Press the REL button again and the display will read

REL OFF for 1 second then return to the true calibrated zero. The MIN/MAX angles are now again referenced to the true calibrated zero.

Relative Difference (REL) Button

Available for RAD2 only: The REL button is programmed to give the difference between the TOP and BOTTOM sensors. A RAD2 with this feature would display the following: SENSOR 1/SENSOR 2: SENSOR 1 would be placed on top of the speaker array = TOP LINE OF DISPLAY = TOP CONNECTOR on side of box; SENSOR 2 will be placed on the bottom of the speaker array = BOTTOM LINE OF DISPLAY = BOTTOM CONNECTOR on side of box.

REMOTE SENSOR OPTION A: “Black Box”

Description

Tilt angle sensor is mounted and calibrated into a rugged

Nema-4 rated housing, which protects the electronics, provides cable strain relief, and allows either horizontal or vertical mounting.

Connection

(1)

XLR connector is built into box for easy connection.

Mounting

Bolt or screw on for permanent mounting onto the frame or mount with gaff tap, heavy Velcro, or magnet for easy removal for transport and storage.

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RAD AV Series


Page 5 of 6

FIGURE 2A: Remote Inclinometer Dimensions (inches [mm]) - (Horizontal Mount)

Figure 2B:

Remote Inclinometer Housing Dimensions (inches [mm]) - (Vertical Mount)

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RAD AV Series


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REMOTE SENSOR OPTION B: “CS9”

Description

This ±70º tilt angle sensor has a rugged potted all-weather Die-Cast metal housing, which protects the electronics in a space saving small footprint.

Connection

XLR connector attached to the robust built-in 3” cable for easy connection.

Mounting

Bolt or screw on for permanent mounting onto the frame. Mounts on a flat vertical surface, like a clock on the wall.

FIGURE 3: CS9 Remote Inclinometer Dimensions (inches [mm])

HOUSING

MOUNTING HOLES

MOUNTING PLANE



WEIGHT

CS9 MECHANICAL CHARACTERISTICS

Die Cast Zinc

Two #6-32

Vertical Surface


1ft. Teflon Cable with 3 pigtail leads


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RDI Series

Rieker Digital Inclinometer Brochure

Page 1 of 5

The RDI Series is a Complete Digital Display of Angle Monitoring and Roll

Over Early Warning System

Description

The RDI provides single or dual axis inclination sensing in a rugged environmentally protected housing. This is a semi-custom unit where all subassemblies are stock but specific functions are customized. A modular design allows the customer to select the measurement range, output type, and temperature compensation that best suits the individual application. Standard input ranges ±10°,

±30° and ±70° are available for both single and dual axis models – these can be scaled to specific ranges

(ie: ±45º) per axis. Special single axis ranges up to

±90° are available. Non-symmetrical (or scalable) ranges (ie: -10° to +90°) are available for applications that only tilt in one direction.

The RDI can be supplied with multiple output configurations: Digital LCD Display, Analog Voltage output, Digital Serial RS232 output, and up to four

(4) Open Collector Switch Outputs providing maximum functionality.

The LCD displays angle in degrees “º”, or optional percent grade “%”, or inch per foot rise with either

0.1 or 0.01 degree resolution. The display models come standard with 3 built in LED’s (1 green, 1 yellow, and 1 red). These can be activated to trip at predefined angles within the specified measurement range - providing the operator a bright visual warning signal - field adjustable trip angle settings optional.

Most all RDI packages are powered by external 8-

30VDC non-regulated input supply (default), with optional 9V battery, 110VAC or 240VAC wall or cigarette lighter adaptor. Interface cables available for remote packages, special connectors available based on request.

Features

Single or Dual Axis Measurement

Custom Input Ranges up to ±90°

LCD Angle in Degrees

LCD Resolution 0.1° or 0.01º

Relative Zero Function

Minimum/Maximum Angle Achieved

Function

Options

LCD Displays Angle in Percent Grade

Analog 0…5VDC Output

RS232 Serial Output

Up to 4 Open Collector Switch Outputs

Adjustable Trip Angle Settings

High Current-Sink Capability

Lamp/Solenoid/Relay Driver

Applications

Slope Warning System

Roll Over Early Warning

Platform Leveling

Pitch and Roll Monitoring


Antenna Positioning


Safe Curve Speed Assignment (Ball

Banking)

Sound System Remote Speaker Alignment

Mining/Boring Equipment Leveling

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RDI Series


Page 2 of 5

All RDI LCD display models provide a Relative Zero and a

Minimum/Maximum Angle function as a standard feature, certain options selected may be substituted. The Relative Zero (REL) allows the operator to temporarily zero the digital readout to obtain relative slope changes. The operator will always know when the device is in the REL mode by the (*) symbol that is displayed after the angle. The Minimum/Maximum Angle (MIN/MAX) function provides the smallest and largest angle the device has sensed since the last reset.

RDI Model Types

RD LCD Inclinometer

Examples of LED programming:

For leveling applications - the LED function is set so the green LED turns on when level then switches to yellow or red when out of level;

For indication of safe and unsafe conditions (such as preventing vehicle rollover) - the green light would indicate the vehicle is within the safe operating zone, the yellow light would indicate a warning zone, and the red light would indicate the vehicle is on a slope that exceeds the recommended safe operating zone - giving the operator a bright visual immediate danger signal to return to more even ground.

RDI Optional Features:

RDR LCD Remote Inclinometer

Temperature Compensation can be added depending on the required accuracy over temperature (recommended based on operating temperature). For applications that require remote angle measurement (the sensor unit is mounted separately from the

Display box) we offer remote display inclinometer packages.

0..5VDC analog voltage (0.25…4.25V) output is available - a 12 bit digital to analog converter is used to perform the conversion.

RAD Remote Angle Display

RS232 digital output is presented in decimal format in degrees, percent grade, or inch per foot rise. The output is formatted one reading per line for single axis units and two readings per line for dual axis units. The first reading for a dual axis unit represents channel 1 (typically side to side/roll) and the second reading represents channel 2 (typically front to back/pitch). The dual RDI can also be configured with both channels reading along the same axis for double redundancy.

Non-Display Output Only

Open Collector Switch Outputs (up to 4) can be factory set to switch at a predetermined angle anywhere within the selected measurement range. The switching function can be configured for either Normally Open for out of range indication or Normally Closed for in range indication. The outputs can be used to drive an external buzzer, horn, lamp, solenoid, or relay allowing for audible and/or visual warnings and equipment shut down control. Delay option -

Each switch output can be delayed from 0 to 16 seconds to help eliminate false triggering. Available in both display and non-display models, with a display model the outputs are tied directly to the

LED’s on the front panel and are configured to indicate when switching occurs for the open collector switch outputs.

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RDI Series


Page 3 of 5

Measuring Angle Ranges

Measurement Axes

Axis Mounting

Input Power Supply

Current Consumption


Standard: ±10°, ±30°, ±70°

Scalable: Symmetrical ±4° min to ±70° max (single axis up to ±90°)

Scalable: Non-Symmetrical anywhere within full scale of range (ie: -10º to +90º)

Single or Dual

Any Direction

8..30 VDC Non-Regulated, (5VDC Regulated, 9V Battery, 110VAC or 240VAC wall adaptor optional)

Display Version (Without LED): 15mA typical

Display Version (One LED): 35mA typical

Max All Options: 100mA max.


< 0.5% FR

Non-Linearity

1

Null Repeatability

Transverse Sensitivity

Response Time

Temperature Drift of Sensitivity

Temperature Drift of Zero

2

2

< 0.05°

<1.0% at 30° Tilt

< 0.3 seconds (300mSec), (slower response times available)

< -0.17%/°C for ±10° models and lower

< -0.12%/°C for models greater than ±10°

< ±0.05 mV/°C for ±10° models and lower

< ±0.025 mV/°C for models greater than ±10°


Drift

Output Units

LCD

LCD Resolution

Min / Max Readings

Relative Zero

LED

3

Analog Voltage Output

Voltage Resolution


Degrees, (Percent Grade optional)

LCD BOX PARAMETERS

Single Axis: Single Line Display, Dual Axis: Dual Line Display

Standard: 0.1°, (0.01° optional)



1 green, 1 yellow, 1 red (Activated per customer request)

ANALOG VOLTAGE 0-5V OUTPUT

2.25 ± 2.0 VDC

±10°

<0.01°

±30°

<0.02°

DIGITAL SERIAL RS232 OUTPUT (DECIMAL OUTPUT)

±70°

<0.04°

Baud Rate

Data Bits

Parity

Stop Bits

9600

8

None

1

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RDI Series


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Switch Function



OPEN COLLECTOR SWITCH OUTPUT

Up to 4 available for activation

1A each

Normally Open: out of range indication, Normally Closed: in range indication

0 to 16 seconds

Factory set anywhere within range, (Adjustable Trip Setting optional)


Housing

Environmental Rating

Mounting Holes


Nema 4



Two M4 x 0.7 or Two #8-32 (Mounting Feet Optional)

4.54” x 3.54” x 2.27” (115 x 90 x 56mm) See Drawing

15 pin Din (Refer to Wiring); alternative connectors available

Weight


16 ounces (not including cable)

LCD Models

-20°C to +70°C, (-4ºF to +158ºF)

Non-Display Models, Storage

-40°C to +85°C, (-40ºF to +185ºF)

Notes: 1. Non-linearity generated by best fit straight line using least squares regression. Output is linear with respect to the input angle directly. 2. Sensor Temperature Drifts apply to Non-Temperature Compensated versions. 3. LED trip angles can only be set within the measuring range of the device and must match the open collector switch outputs if they are selected.

FIGURE 1:

Dimensions (Inches [mm]) and Mounting Position (showing single and dual axis configurations)

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RDI Series


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FIGURE 2: DSUB Wiring Connector for Input Power and Selected Outputs

Note: the DSUB15 pin connector is the default electrical connection for the RDI LCD package. The chart below shows all optional outputs, specific models and customer specifications may be different - options may vary from model to model.

Semi-custom models may also include alternate connectors.

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RDR Series

Rieker Remote Digital Inclinometer Brochure

Page 1 of 6

The RDR Series is a Complete Remote Display of Angle Monitoring and Roll

Over Early Warning System

Description

The RDR Remote Inclinometer Package is an extension of the RDI Digital Inclinometer series. The package is supplied as a calibrated set featuring an environmentally sealed inclinometer (single or dual axis) and LCD. The RDR has the same features as the RDI including user defined inclination ranges, multiple outputs combinations, and adjustable switch output trip angle settings.

The RDI provides single or dual axis inclination sensing in a rugged environmentally protected housing. This is a semi-custom unit where all subassemblies are stock but specific functions are customized. A modular design allows the customer to select the measurement range, output type, and temperature compensation that best suits the individual application. Standard input ranges ±10°,

±30° and ±70° are available for both single and dual axis models – these can be scaled to specific ranges per axis. Special single axis ranges up to ±100° are available. Non-symmetrical (or scalable) ranges (ie:

-10° to +90°) are available for applications that only tilt in one direction.

The RDI can be supplied with multiple output configurations: Digital LCD Display, Analog Voltage output, Digital Serial RS232 output, and up to four

(4) Open Collector Switch Outputs providing maximum functionality.

The LCD displays angle in degrees with optional percent grade or inch per foot rise. The LCD comes standard with 3 built in LED’s (1 green, 1 yellow, and 1 red). These can be activated to trip at predefined angles within the specified measurement range - providing the operator a bright visual warning signal.

Features

Single or Dual Axis Measurement

Custom Input Ranges up to ±90°

LCD Angle in Degrees

LCD Resolution 0.1° or 0.01º

Relative Zero Function

Minimum/Maximum Angle Achieved

Function

Options

LCD Displays Angle in Percent Grade

Analog 0…5VDC Output

RS232 Serial Output

Up to 4 Open Collector Switch Outputs



Lamp/Solenoid/Relay Driver

Applications

Slope Warning System

Roll Over Early Warning

Platform Leveling

Pitch and Roll Monitoring


Antenna Positioning


Safe Curve Speed Assignment (Ball

Banking)

Sound System Remote Speaker Alignment

Mining/Boring Equipment Leveling

610-500-2000



www.riekerinc.com

RDR Series


Page 2 of 6

All RDI LCD display models provide a Relative Zero and a

Minimum/Maximum Angle function as a standard feature, certain options selected may be substituted. The Relative Zero (REL) allows the operator to temporarily zero the digital readout to obtain relative slope changes. The operator will always know when the device is in the REL mode by the (*) symbol that is displayed after the angle. The Minimum/Maximum Angle (MIN/MAX) function provides the smallest and largest angle the device has sensed since the last reset.

RDI Model Types

RD LCD Inclinometer

Examples of LED programming:

For leveling applications - the LED function is set so the green LED turns on when level then switches to yellow or red when out of level;

For indication of safe and unsafe conditions (such as preventing vehicle rollover) - the green light would indicate the vehicle is within the safe operating zone, the yellow light would indicate a warning zone, and the red light would indicate the vehicle is on a slope that exceeds the recommended safe operating zone - giving the operator a bright visual immediate danger signal to return to more even ground.

RDI Optional Features:

Temperature Compensation can be added depending on the required accuracy over temperature (recommended based on operating temperature). For applications that require remote angle measurement (the sensor unit is mounted separately from the

Display box) we offer remote display inclinometer packages.

0..5VDC analog voltage (0.25…4.25V) output is available - a 12 bit digital to analog converter is used to perform the conversion.

RS232 digital output is presented in decimal format in degrees, percent grade, or inch per foot rise. The output is formatted one reading per line for single axis units and two readings per line for dual axis units. The first reading for a dual axis unit represents channel 1 (typically side to side/roll) and the second reading represents channel 2 (typically front to back/pitch). The dual RDI can also be configured with both channels reading along the same axis for double redundancy.

RDR LCD Remote Inclinometer

RAD Remote Angle Display

Non-Display Output Only

Open Collector Switch Outputs (up to 4) can be factory set to switch at a predetermined angle anywhere within the selected measurement range. The switching function can be configured for either Normally Open for out of range indication or Normally Closed for in range indication. The outputs can be used to drive an external buzzer, horn, lamp, solenoid, or relay allowing for audible and/or visual warnings and equipment shut down control. Delay option - Each switch output can be delayed from 0 to 16 seconds to help eliminate false triggering. Available in both display and nondisplay models, with a display model the outputs are tied directly to the LED’s on the front panel and are configured to indicate when switching occurs for the open collector switch outputs.

Interface cables sold separately, special connectors available upon request.

610-500-2000



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RDR Series


Page 3 of 6



Axis Mounting

Input Power Supply



Standard: ±10°, ±30°, ±70°

Scalable: Symmetrical ±4° min to ±70° max (single axis up to ±90°)

Scalable: Non-Symmetrical anywhere within full scale of range (ie: -10º to +90º)

Single or Dual

Any Direction

8..30 VDC Non-Regulated, (5VDC Regulated, 9V Battery, 110VAC or 240VAC wall adaptor optional)

Display Version (Without LED): 15mA typical

Display Version (One LED): 35mA typical

Max All Options: 100mA max.


< 0.5% FR

Non-Linearity

1



Response Time



2

2

< 0.05°

<1.0% at 30° Tilt

< 0.3 seconds (300mSec), (slower response times available)

< -0.17%/°C for ±10° models and lower

< -0.12%/°C for models greater than ±10°

< ±0.05 mV/°C for ±10° models and lower

< ±0.025 mV/°C for models greater than ±10°


Drift

Output Units

LCD

LCD Resolution


Relative Zero

LED

3

Analog Voltage Output

Voltage Resolution


Degrees, (Percent Grade optional)

LCD BOX PARAMETERS

Single Axis: Single Line Display, Dual Axis: Dual Line Display

Standard: 0.1°, (0.01° optional)



1 green, 1 yellow, 1 red (Activated per customer request)

ANALOG VOLTAGE 0-5V OUTPUT

2.25 ± 2.0 VDC

±10°

<0.01°

±30°

<0.02°

DIGITAL SERIAL RS232 OUTPUT (DECIMAL OUTPUT)

±70°

<0.04°

Baud Rate

Data Bits

Parity

Stop Bits

9600

8

None

1

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RDR Series


Page 4 of 6



Switch Function



Housing

OPEN COLLECTOR SWITCH OUTPUT

Up to 4 available for activation

1A each

Normally Open: out of range indication, Normally Closed: in range indication

0 to 16 seconds

Factory set anywhere within range, (Adjustable Trip Setting optional)


LCD


Nema 4 – not 100% waterproof

Remote Inclinometer


Nema 4 – ALL-Weather

Two M4 x 0.7 or Two #8-32 (Mounting Feet Optional)

4.54” x 3.54” x 2.27” (115 x 90 x 56mm) See Drawing

DSUB15-pin & Amphenol PT0 Type Amphenol PT0 Type


Mounting Holes



Weight


16 ounces (not including mounting feet)

-20°C to +70°C (-4ºF to +158ºF) -40°C to +85°C (-40ºF to +185ºF)

Notes:

1. Non-linearity generated by best fit straight line using least squares regression. Output is linear with respect to the input angle directly.

2. Sensor Temperature Drifts apply to Non-Temperature Compensated versions.

3. LED trip angles can only be set within the measuring range of the device and must match the open collector switch outputs if they are selected.

FIGURE 1: RDI Display Box, Dimensions (Inches [mm]) and Mounting Position

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RDS7-BB-09

Digital Ball Banking Indicator

Page 1 of 3

The RDS7-BB is an electronic ball banking indicator for use in determining safe curve speed.

Features

Angle Range: ±30°

Audible Alarm: adjustable trip settings

Relative Zero: Auto Leveling

Angle Display: Degrees or Percent Grade

Display Resolution: 0.1°

2 Power Options: o

Cigarette Lighter Adaptor Cable/Plug o

8-30VDC input supply ready

Velcro Mounting: Quick Installation and

Easy Removal

Min/Max Reading: freezes the highest

Left and Right corner readings

RS232 Serial Output: connects directly to your PC laptop

Description: The RDS7_BB model was specifically designed for determining safe curve speed of horizontal curves and road signing without the need for a passenger or observer.

The standard digital ball banking unit has a single line LCD display showing angle or slope in degrees. It has a built-in buzzer that is set to alarm at ±10° of angle, which is the limiting angle used by most traffic engineers in the US - however please verify this with your state DOT.

The display has 3 built-in LEDs (GREEN, YELLOW, RED), only the GREEN and RED are activated for this unit. The Green

LED will light when the angle is within the ±10º range, the

Red LED indicates when under or over the limiting angle

(>±10º). Note: this angle can be adjusted if required by your

DOT (either at the factory or by the operator with the adjustable trip angle option).

As you drive through a curve, the microprocessor records the largest positive and negative angles measured since the last reset. The most negative angle is recorded as a left turn and the most positive angle is recorded as a right turn, which would allow the operator to drive an S curve in one sweep.

Once the driver has finished going through a curve, the driver presses the MIN/MAX button once - the left angle is displayed - driver presses the button again - the Right angle is displayed - driver presses the button a third time to reset the display.

Mounting: The RDS7-BB can be mounted on any surface that is within 10 degrees of level. To determine if the surface is within the appropriate level, power up the unit and place it on the desired location. If the unit displays less than 10 degrees then the chosen location is fine. Once the mounting location has been determined, wipe the surface clean with a cleanser such as Windex and then apply one of the supplied strips of Velcro. Apply the remaining strip of Velcro to the bottom of the unit. The RDS7-BB is ready to attach to the vehicle’s surface. With the vehicle on a relatively level surface, power up the unit and look at the digital display to determine if the unit is reading 0 degrees or level. If the selected mounting location is level the unit is ready to begin ball bank operation.

6 1 5 0 2 0 0 0

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: 610-500-2002 n q yy @ www.riekerinc.com

RDS7-BB-09


Page 2 of 3

Power Supply: The RDS7-BB has two power options - standard 12 Volt cigarette lighter style cable connection or 8-30VDC non-regulated input via the DSUB15 connector if the vehicle does not have a standard cigarette lighter socket.

Auto Leveling (RELATIVE ZERO): If the unit is not level, but within ±10 degrees, press and release the REL button. The display will read “REL ON” for one second then revert to normal with the unit reading zero. If after pressing the REL button and the display reads “OVER RANGE” the unit is not within ±10 degrees from level. The operator must re-position the unit then repeat auto leveling.

When the unit is in REL mode you will see the (*) symbol displayed indicating that the relative zero

(REL) function is active. Please remember that the unit should be auto leveled using the REL button while the vehicle is on a flat surface. Auto leveling with the REL button must be performed whenever the unit has been powered off.

Operation: Once the RDS7-BB unit has been auto leveled, the operator is ready to go to work. Before driving the stretch of road with the curve that will be evaluated, press the MIN/MAX button slowly three (3) times: The first press will display “LEFT” for one second, then freeze the (-) side reading. The second press will display “RIGHT” for one second, then freeze the (+) side reading. The third press of the

MIN/MAX button will display “RESET”, then immediately go back to normal function.

When in the act of determining safe curve speed, the

MINIMUM reading corresponds to left hand turns and the MAXIMUM corresponds to right hand turns. The

RDS7-BB unit comes factory set to sound an alarm at

±10 degrees, allowing the operator to safely drive through the corner - eyes on the road, not the unit. If the system determines the vehicle has exceeded ±10 degrees, it will sound an alarm, which indicates to the operator to press the MIN/MAX button to display the highest value achieved – providing the necessary information to determine the safe speed for that curve.

RS232 Output: If a laptop computer will be used in conjunction with the RDS7-BB, the appropriate

Rieker power cord will be needed to provide RS232 output. This modified power cord splits to provide a serial port connector as well as the cigarette lighter adaptor.

To install: First, insert the cable’s single-end serial connector into the RDS7-BB’s serial port then attach the computer serial port connector to the laptop’s serial port. Finally, insert the cigarette lighter adaptor end into the cigarette lighter socket of the vehicle – the unit and computer can now be switched on.

When power is supplied to the unit data will begin to flow to the laptop. The data is recorded by a program called HyperTerminal, which is available on PCs running Windows (95, 98, 2000, XP). A single column of numbers will appear on the screen with a (+) or (-) sign to distinguish between a left or right turn. The output provides a continuous stream of readings - one reading per line at approximately 250mSec per reading. The unit is configured for 9600 baud, 8 data bits, no parity, 1 stop bit.

Pressing the MIN/MAX button will stop the flow of data from the RDS7-BB. We recommend you press the MIN/MAX two (2) times in order to display the

“MAX” reading, specifically so that the unit is not outputting data to the computer. When driving and ready to start recording data press the MIN/MAX button one more time to reset the unit and it will resume sending data. Once you have completed the course that you want to record press the MIN/MAX button again to stop the flow of data.

Over Range: The RDS7-BB has a total range of 60 degrees (±30°). When this range is exceeded the display will read “OVER RANGE”. While this will probably not occur during normal use it can occur when mounting the unit or when using the REL button for auto leveling. If you are mounting the unit on a surface that is out of level by more than ±10 degrees the display will read “OVER RANGE”. If this occurs, simply re-position the unit to within ±10 degrees of level.

6 1 5 0 2 0 0 0


Figure 1: RDS7-BB Dimensions and Mounting position (inches [mm])

RDS7-BB-09


Page 3 of 3

Power Input/Output Cable Assembly p/n: CBL-DB15-6-G

Supplied with your RDS7-BB-09, for input power supply and Digital Serial RS232 Output.

Features:

Two (2) split cables from one (1) DSUB15 male mating connector:

Cable #1: 6 FOOT BELDEN CABLE # 83556 for power input via cigarette lighter adaptor (CLA) plug.

Cable #2: 6 FOOT BELDEN CABLE # 9967 for RS232 output connects to PC via DSUB-9 female serial port connector. NOTE: for laptops with USB ports only, USB/RS232 converter plug connector required, part number A-USB sold separately.

CABLE WIRING TABLE

CONNECTOR

DSUB15

PIN 2

PIN 3

PIN 9

PIN 10

PIN 11

DESCRIPTION

CABLE #1: 6-FT, POWER INPUT

INPUT POWER (+8 TO 30VDC)

POWER/SIGNAL/SWITCH COMMON

CABLE #2: 6-FT, RS232 OUTPUT

RXD

TXD

RS232 COMMON

WIRE

COLOR

WHITE

BLACK

COLOR

WHITE

RED

BLACK

TERMINATION

CLA PLUG

CENTER TAP

OUTER TABS

DSUB-9

PIN 3

PIN 2

PIN 5

6 1 5 0 2 0 0 0


RDSR3-BA-09

Digital Boom Angle Indicator Brochure

Page 1 of 4

Rugged Remote Digital

Boom Angle Inclinometer

FEATURES

Rugged Nema4 Housing

DESCRIPTION

Rieker's Digital Boom Angle Indicator Remote

Inclinometer Package (model RDSR3-BA-09) is an extension of the RDI series of digital inclinometers. The

RDSR3 is supplied as a calibrated set featuring an environmentally sealed measurement inclinometer sensor package and a separate LCD display box

(connected by an interface available in various lengths).

This unit is Temperature Compensated to provide increased accuracy over industry standard operating temperatures.

Specifically configured to comply with safety regulatory agencies (OSHA, ANSI) concerning Boom Angle Indication for Cranes and Derricks (and certain boom lift equipment), the LCD display comes standard with 3 built-in LED’s (1 green, 1 yellow, and 1 red). These can be set to activate at predefined angles within the specified measurement range. An optional audible alarm version (RDSR3-BA-09-A) is also available.

For indication of safe and unsafe conditions - the green light indicates the boom is within the safe operating zone, the yellow light indicates a warning zone, and the red light indicates the boom angle exceeds the recommended safe operating zone - giving the operator a bright visual immediate danger signal.

NOTE: It is the operator’s responsibility to know their particular equipment specifications based on load, height, and length. At no time will Rieker be held liable for damage or injury caused by inappropriate use of this device beyond its intended purpose.

Single Axis Measurement

Operating Temperature -

40..+85ºC

Angle Range -10º..+90º

Backlit LCD

Display Resolution 0.1°

LED Trip Angle Warning Lights


Optional Audible Alarm

Input Supply 8..30VDC Nonregulated

Relative Zero for Level Adjust

Minimum/Maximum: presents last high and low angle achieved

APPLICATIONS

Cranes

Off-Road Forklifts

Material Handlers

Antenna Positioning

INDUSTRIES

Aerospace & Defense

Construction

Energy

Mining

Offshore

Transportation

610-500-2000



www.riekerinc.com

RDSR3-BA-09


Page 2 of 4

RELATIVE ZERO (REL) BUTTON: To temporarily “zero” the RDSR if the remote sensor box is not level but within ±10 degrees - press and release the REL button. The display will read “REL ON” for one second then revert to normal operation with the LCD display reading 0.0º. If after pressing the

REL button and the display reads “OVER RANGE” the remote sensor box is not within ±10 degrees from level. The operator must re-position the remote sensor box then repeat auto leveling. When the unit is in REL mode you will see the (*) symbol displayed indicating that the relative zero (REL) function is active. Please remember that the unit should be auto leveled using the REL button while the equipment is on a flat surface. Once powered down, the RDSR will return to its factory calibrated zero.

MIN/MAX BUTTON: “Minimum/Maximum Angle” function provides the smallest and largest angle the device has sensed since the last reset.

OVER RANGE: The RDSR3-BA-09 has a total range of 100 degrees (-10º/+90º). When this range is exceeded the display will read “OVER RANGE”. The display will return to normal operation by bringing the remote sensor box back within its range.

TECHNICAL SPECIFICATIONS:



Power Supply


Non-Linearity

1



Response Time


2


2

Temperature Compensation Output

Drift

Output Units


-10º..+90º (full scale of 100º)

Single

8..30VDC Non-Regulated via DSUB mating connector

35mA typical (100mA max.)


< 0.5% FR

< 0.05°

<1.0% at 30° Tilt

< 0.3 seconds (300mSec)

< -0.12%/°C

< ±0.025 mV/°C

< ±1.0° (over full operating temperature range of -40/+85ºC)

LCD Display

Display Resolution


Relative Zero

Display LED’s

3

Degrees

DISPLAY PARAMETERS

Single Line Display

0.1°



1 Green, 1 Yellow, 1 Red (Adjustable Trip Angle Settings)

610-500-2000




RDSR3-BA-09


Page 3 of 4

Housing


Display Box Mounting Thru-Holes

Display Box Outline Dimensions

Remote Box with Mounting Feet

Remote Box Outline Dimensions


Die-Cast Aluminum – Painted Black

Nema 4 (please note the LCD is not 100% waterproof)

Two M4 x 0.7 or Two #8-32

4.54” x 3.54” x 2.27” (115 x 90 x 56mm) See Figure 1

Remote Box Only

5.89” x 3.75” x 2.33” (149,6 x 95,3 x 59,19mm) See Figure 2

AMP 745782-4 DSUB15 Female mates to AMP 747908-2 Male

Display Box Electrical Connection

Interface Cable Connection

Weight Per Box


PT06E8-4P(SR)-ND (interface cable sold separately)

16 ounces (not including cable)

Display Box

-20°C to +70°C, (-4ºF to +158ºF)

DSUB15 WIRING TABLE - POWER INPUT ONLY

Remote Sensor Box/Storage Temp

-40°C to +85°C, (-40ºF to +185ºF)

PIN NUMBER

PIN 2

FUNCTION

Supply Voltage +8 to +30VDC

PIN 3

Power Common

NOTES

1. Non-linearity generated by best fit straight line using least squares regression. Output is linear with respect to the input angle directly.

2. Sensor Temperature Drifts apply to Non-Temperature Compensated versions.

3. LED trip angles can only be set within the measuring range of the device and must match the open collector switch outputs if they are selected.

610-500-2000




RDSR3-BA-09


Page 4 of 4

FIGURE 1: LCD Display Box Dimensions (inches [mm]) and Mounting Position

FIGURE 2: Remote Inclinometer Box Dimensions (inches [mm]) and Mounting Position

610-500-2000




RDR Series


Page 5 of 6

FIGURE 2: RDI Remote Inclinometer Box, Dimensions (Inches [mm]) and Mounting Position

FIGURE 3: RDI Display Box with Mounting Feet, Dimensions (Inches [mm]) and Mounting Position

610-500-2000



www.riekerinc.com

RDR Series


Page 6 of 6

FIGURE 4: Remote Box (optional mounting feet) Dimensions (Inches [mm]) & Mounting Position

FIGURE 5: DSUB Wiring Connector for Input Power and Selected Outputs

Note: the DSUB15 pin connector is the default electrical connection for the RDI LCD package. The chart below shows all optional outputs, specific models and customer specifications may be different - options may vary from model to model.

Semi-custom models may also include alternate connectors.

610-500-2000



www.riekerinc.com

SB1i

Single Axis Inclinometer Package

Page 1 of 4

The SB1i is a rugged, all-weather sensor package providing a robust 2-wire

4…20mA output.

Features

Die-cast Aluminum housing with sea water resistant finish

Environmental Protection up to IP67

Housing designed for extra stable sensor platform

4…20mA amplifier for 2-wire connection

Temperature compensation beyond the sensors own compensation data

No extra power required

Customer specified angle ranges

Sensor and amplifier are galvanically separated from the housing

Extensive EMC protection

Highly stable sensor supply voltage

Dynamic parameters are programmable

Current-loop with maximum current limitation

High overload resistance

Reverse polarity protected

Low-pass signal filter with optional setting of maximum frequency for suppression of interference frequencies

Description

The SB1i sensor unit is packaged in a solid and compact pressure-cast Aluminum housing with an integrated sensor for single axis inclination or acceleration measurements.

Within the box are 2 sections: An amplifier with a

4…20mA output signal - allowing a 2-wire system; and a separate highly stable power supply for the sensor. The amplifier contains a low-pass filter for upper frequency limitation, with noise suppression filtering and a diode bridge for the unipolar current-loop operation. Both sensor and amplifier are galvanically isolated from the housing - further reducing susceptibility to outside noise. Specific response time constants and maximum current output limitations are additional options.

For a higher degree of accuracy, an NG-type sensor can be integrated into the SB1i box, which considerably reduces temperature drift over the entire temperature range. Add a strong metal PG cable fixing combined with the 2-wire current-loop output the SB1i provides a high-quality system for use under many types of harsh working conditions.

Applications

The SB1i is used where inclination or acceleration measurements need to be combined with a 4…20mA current-loop output: especially where noise and/or distance to source are a concern. Typically used in building and bridge construction, mining, radar alignment systems, pitch and roll, agricultural equipment, and all types of process machinery.

610-500-2000


fax 610-500-2002 inquiry@riekerinc.com


SB1i


Page 2 of 4

Termination/Cable Diameter

Cable Fixing

Measuring Ranges

Protection Degree

Mounting

TECHNICAL DATA

max.: 3 x 1.5 mm

2

M12 x 1.5 cable gland; clamping range 6…7mm

In accordance with the actual sensor

IP65

IP67 with RTV fill

Any direction

Inclinometer Measuring Plane

Accelerometer Measuring Directions

Supply voltage to the box

Minimum loop current

Maximum loop current

Output current loop signal

Adjustable parameters via potentiometers

Max. Load impedance

Operating temperature

N Series: 3 directions of mounting

NG Series: Parallel to the base of housing (default)

B, BDK Series: Place in X, Y, Z co-ordinates to the housing

+10…+30VDC

3mA

22…26mA

4…20mA (12mA as zero point)

Signal-zero (12mA), Span

500 Ohm (at 24 Volt loop supply)

-40…+85°C

OPTIONS

Special measuring ranges, test report, custom wiring

The SB1i Sensor Box is extremely versatile, allowing various configurations with other Rieker sensors. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss how to customize the box for your inclination or acceleration needs.

FIGURE 1:

Dimensions and Mounting Position

610-500-2000




SB1i


Page 3 of 4

FIGURE 2:

Dimensions and Mounting Position

(Shown with N- or NB-type inclinometer sensor or B- or BDK-type Accelerometer)

FIGURE 3:

Measuring Level and Rotation Directions

The above diagrams demonstrate the feasibility of measuring most angles of inclination and directions of acceleration with SB1i sensor packages. With so many choices, we’d be happy to advise you. Contact us today, one of our application experts would be happy to speak with you. A sketch of your application would helpful as necessary.

610-500-2000




FIGURE 4:

Block Diagram and Wiring Connections

SB1i


Page 4 of 4

NOTES: Since the supply voltage for the SB1i is obtained from the current-loop and requires a max.

3mA, an input voltage of 9 Volts/min. must be present at the connection block. This is also required in order to guarantee correct operation when the highest loop current of approximately 24mA is used.

610-500-2000




®

SB1S (0-5V)

Single Axis Inclinometer + Switch Output

Page 1 of 3

®

Rugged, all weather housing with integrated sensor & signal amplifier for Analog

0…5 V output.

Includes (2) Open-collector

Switch Outputs.

Description

The SB1S sensor package is for measuring acceleration or inclination along a single axis under harsh operating conditions. Its pressure die-cast Aluminum IP65 rated housing protects an integrated sensor and signal conditioner - providing Analog 0...5V output with a separate, highly stable supply voltage that can be used externally as a reference point.

The signal conditioner also includes an active low pass filter, whole upper cut-off frequency / settling time can be tailored to suit the measurement task, and a noise voltage filter to guarantee the EMC.

Interference signals caused by unwanted ground currents are eliminated by electrically isolating sensor and signal conditioner from the housing.

In addition to the voltage output, the SB1S has two open-collector switch outputs. Two helical trim-potentiometers enable the adjusting of two trigger thresholds within the measuring range, the exceeding of which causes the corresponding output switch to trigger. Optionally at time of order, the state transition can be set to be either off to on or on to off. The switching hysteresis can be adapted to the measuring task.

The SB1S accommodates the N and NG sensor types, the larger NG type has a higher measuring accuracy. A special electronic temperature compensation system significantly reduces the temperature sensitivity of the implemented sensor.

Applications

Suitable for applications requiring precise inclination or acceleration measurements under harsh circumstances, returning of a 0.5 ... 4.5V output signal and the availability of output switches.

Areas of successful implementation include construction, mining, agricultural machinery, transportation and conveyor systems, ships, operation and automation technology as well as general mechanical engineering. The output switches have their application in safety surveillance systems and direct process control.

Features o

Rugged Die-cast Aluminum Housing (IP65) with Saltwater Proof Coating. o

Twist Free 4-point fastening of rigid,

3.2mm thick PCB. o

Integrated Signal Conditioner with 0…5V

Output. o

Temperature Drift Compensation o

8...30 Volt supply voltage. o

Housing and sensitive axis orientations per customer specification. o

Output signal calibrated to customer specifications. o

Sensor and signal conditioner electrically isolated from housing. o

EMC certified. o

Highly stable sensor supply voltage. o

Programmable dynamic response. o

Either connection polarity. o

High overload resistance. o

Low pass filter with optional choice of cut-off frequency for suppression of interference frequencies. o

Two adjustable Open-Collector Switch outputs - switch status indicated via two internal red LED’s.

500----2000

34 Mount Pleasant Road • Aston • PA • 19014 • USA fax: info www.

®

SB1S (0-5V)


Page 2 of 3

®

Internal Wiring Termina

M easuring plane

M easuring plane

M easuring directions

Op erating current ls

(B or BD K

6 x 1.5 mm

2

M12 x 1.5 cable gland, clamping range 6mm - 7.5mm


IP65

Any direction

3 main housing planes

Parallel to the bottom of housing

Place in X, Y, Z coordinates to the housing

+8… +30 Volt

5mA

0.5V…4.5V

2.5Volt

0.05V… 4.95V

( 5+/-0.005) Volt (max.10mA) 20ppm/ºC

100 Ohm any, taking dynamic requirements into account

Switching transistors BCX56

50Volt, 0.3A zero point (2.5V), amplification, lower and upper switch output trigger threshold

Active, 5 th

order, minimal ripple

-40ºC…+85ºC (-40ºF…+185ºF)

Special measuring ranges, custom switching hysteresis, switching state transition: LOW to HIGH or HIGH to LOW, calibration record, silicon encapsulation (RTV for IP67), cable to length available upon request. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss how to customize the box for your inclination or acceleration needs.

500----2000


®

SB1S (0-5V)


Page 3 of 3

®

Figure 1:

Dimensions and Mounting Position (inches [mm]) - Shown with NG-type inclinometer.

NOTES:

1)

WARNING! Do not short circuit the supply voltage with one of the outputs. The supply voltage (8 to 30VDC) must NOT be incorrectly connected to any output signal.

2)

Diodes protect the open-collector outputs against voltage spikes when switching inductive loads.

3)

Open-collector Switch Output Options:

Version (L): upon exceeding trigger threshold conducting - offers the possibility of connecting both opencollector outputs to one line (wired OR), thereby activating the control signal (e.g. siren) if either of the trigger thresholds is traversed.

Version (N): upon exceeding trigger threshold non-conducting - offers greater security in the activation of an alarm, since a transmission line break or supply voltage failure causes a traversing of the trigger threshold (principle of quiescent current).

500----2000


®

SB1U (0-5V)

Single Axis Inclinometer Sensor Package

Page 1 of 2

®

The SB1U is a rugged, environmentally sealed sensor package with an integrated inclinometer & signal amplifier for Analog Voltage

0…5 V output.

Features

Specially designed aluminium housing for

extra stable sensor platform

IP65 in sea water resistant coated finish

Integrated 0…5V amplifier

Temperature compensation beyond the

sensors own compensation data

No extra power required

The output signal of the SB1U can be

scaled to customer’s requirements

Sensor and amplifier are galvanically

separated from the housing

Extensive EMC protection

Highly stable sensor supply voltage

Dynamic parameters are programmable

8-30 VDC power supply

High overload resistance

Reverse polarity protected

Low-pass signal filter with optional

setting of maximum frequency for

suppression of interference frequencies

Description

The SB1U sensor box is packaged in a solid and compact pressure-cast aluminum housing with an integrated sensor for single axis inclination or acceleration measurements.

Within the box are 2 sections: An amplifier with a 0…5VDC output signal; and a separate highly stable power supply for the sensor, which can also be used as an external reference Voltage! The amplifier contains a low-pass filter for upper frequency limitation, with noise suppression filtering and a diode bridge that guarantees the electromagnetic compatibility. Both sensor and amplifier are galvanically isolated from the housing - further reducing susceptibility to outside noise. Specific response time constants and maximum current output limitations are additional options.

For a very high degree of accuracy, an NG-type sensor can be integrated into the SB1U box, which considerably reduces temperature drift over the entire temperature range. Add a strong metal PG cable fixing combined with the 2-wire current-loop output the SB1U provides a high-quality system for use under many types of harsh working conditions.

Applications

The SB1U is used where inclination or acceleration measurements need to be combined with a high level DC output. It has been used in building construction, mining, radar systems, bridges, ships, agricultural equipment, and all types of process machinery.

voice: 610-500-2000

34 Mount Pleasant Road • Aston • PA • 19014 • USA

fax: 610-500-2002 email: [email protected]

web: www.riekerinc.com

®

SB1U (0-5V)

Single Axis Inclinometer Sensor Package

Page 2 of 2

®

Technical Data

Termination/Cable diameter max.: Max.: 6 x 1 mm

2

/ Ø 5 ... Ø7 mm

Cable fixing PG7 (Metal with integrated stress relief)

Measuring ranges In accordance with the actual sensor

Protection degree IP65

Mounting Any direction

Sensor measuring plane

(N Series)

Sensor measuring plane

(NG Series)

Accelerometer measuring directions

(B or BD Series)

3 directions of mounting

Parallel to the base of housing

Place in X, Y, Z coordinates to the housing

Supply voltage to the box +8 ... +30 Volt

Operating current 5mA

Maximum range of the output signal +0.05 to +4.95 Volt

Reference initial voltage ( 5+/-0.005) Volt (max.10mA) 20ppm/°C

Output impedance 100Ω

Adjustable parameters via potentiometers

Signal-zero (2.5V), Span

Low-pass filter Active, 5 th


Operating temperature -40 ... +85°C

Options

Special measuring ranges, test report, silicone filled housing, custom wiring

The SB1u Sensor Box is extremely versatile, allowing various configurations with other Rieker sensors. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss how to customize the box for your inclination or acceleration needs.

SB1U Dimensions (in mm) - Shown with NG-type Inclinometer

Caution ! The supply voltage (8 to 30V) must NOT be incorrectly connected to any output signal.

34 Mount Pleasant Road • Aston • PA • 19014 • USA

voice: 610-500-2000 fax: 610-500-2002 email: [email protected]

web: www.riekerinc.com

®

®

SB2i

Dual Axis Inclinometer Sensor Package

Page 1 of 4

The SB2i is a rugged, all-weather sensor package providing two

4…20mA 2-wire outputs.

Features

Die-cast Aluminum housing with sea water resistant finish

Environmental Protection up to

IP67

Housing designed for extra stable sensor platform

2 integrated signal conditioners with 4…20mA, 2-wire outputs

Temperature drift compensation

No separate supply voltage needed

Angle measuring range can be scaled to customer requirements

Compatible with B, BDK, N, and

NB sensor types



Programmable dynamic response

Current-loop with maximum current limitation


Reverse polarity protected – possibility of 3-wire connection for both measuring loops


Description

The SB2i sensor box is packaged in a solid and compact pressure-cast aluminum housing with two integrated sensors for dual axis inclination or acceleration measurements.

Within the box are 2 amplifier sections, each with

4…20mA output signal, which allows for two separate 2wire systems; and a separate highly stable power supply for the sensor. The amplifiers contain a low-pass filter for upper frequency limitation, with noise suppression filtering and a diode bridge for the unipolar current-loop operation. Both sensor and amplifier are galvanically isolated from the housing - further reducing susceptibility to outside noise. Specific response time constants and maximum current output limitations are additional options.

For a higher degree of accuracy and a considerably reduced temperature drift over the entire operating temperature range, the SB2i box is optimized with special temperature compensation. Add a strong metal PG cable fixing combined with the 2-wire current-loop output the

SB2i provides a high-quality system for use under many types of harsh working conditions.

Applications

The SB2i is used where inclination or acceleration measurements need to be combined with a 4…20mA current-loop output: especially where noise and/or distance to source are a concern. Typically used in building and bridge construction, mining, radar alignment systems, pitch and roll, agricultural equipment, and all types of process machinery.

610-500-2000




®

SB2i


Page 2 of 4

®

Termination

Cable Fixing


Environmental Protection Rating

Mounting



Supply Voltage

Minimum Loop Current

TECHNICAL DATA

6 x 1 mm

2

M12 x 1.5 cable gland, clamping range 6mm ... 7.5mm

In accordance with selected sensor

IP65 (with RTV fill IP67)

Any direction


B, BD Series: Place in X, Y, Z co-ordinates to the housing

+10 ... +30 VDC non-regulated

2.5mA...3.5mA

Maximum Loop Current

Output Current Loop Signal

22mA…26mA

4...20mA (12mA as zero point)

Adjustable Parameters via Potentiometers


Max. Load Impedance

Low Pass Filter



Active , 3 rd


-40 ... +85°C

OPTIONS

Scaled Angle Measuring Ranges, Calibration Certificate, Slicone RTV Flled Housing (IP67)

The SB2i Sensor Box is extremely versatile, allowing various configurations. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss how to customize the box for your inclination or acceleration needs.

FIGURE 1:

Dimensions ([mm]) and Mounting Position

(Shown with N- or NB-type inclinometer sensor or B- or BD-type Accelerometer)

610-500-2000




®

®

FIGURE 2:

Mounting Positions and Rotation Directions

SB2i


Page 3 of 4

FIGURE 3:

Block Diagram

610-500-2000




®

®

FIGURE 4:

Wiring Connections

SB2i


Page 4 of 4

NOTES

: Since the supply voltage for the SB2i is obtained from the current-loop and requires a max. 3mA, an input voltage of 9 Volts/min. must be present at the connection block. This is also required in order to guarantee correct operation when the highest loop current of approximately 24mA is used

.

610-500-2000




SBB Mounting Plate


Page 1 of 2

SB Sensor Box

Mounting Plates

- Fits SB1i & SB2i models

- Sold separately

- Factory installation available upon request

Description

The stainless steel mounting plates simplify mounting and zero calibration of the SB sensor boxes.

Available in three (3) variations to meet most mounting orientations and space limitations.

Accessories

Screws and tapped bushings included.

Part Number

SBBB1: Square 100x100 mm

SBBS1: Rectangle 129x65mm

SBBW1: Right Angle 129x72x38mm

MATERIAL

WEIGHT (PLATE ONLY)

HARDWARE WEIGHT

DIMENSIONS

Figure 1:

SBBB1 “Square” Dimensions

TECHNICAL SPECIFICATIONS

Stainless Steel

SBBB1 SBBS1 SBBW1

128 grams 102 grams 272 grams approx. 10 grams see dimension drawings

610-500-2000


fax: 610-500-2002 support@riekerinc.com

www.riekerinc.com

Figure 2:

SBBS1 “Rectangle” Dimensions

SBB Mounting Plate


Page 2 of 2

Figure 3:

SBBW1 “L-Bracket” Dimensions

610-500-2000


fax: 610-500-2002 support@riekerinc.com

www.riekerinc.com

®

SBG2U (0-5V)


Page 1 of 2

®

Rugged, Environmentally

Sealed Inclinometer Package with Two Integrated NG

Sensors and Signal Amplifiers,

Providing Temperature

Compensated Dual Axis

Analog 0…5V Output

Features

Rugged pressure die-cast Aluminium housing with saltwater resistant coating

IP65 to IP67 Environmental Protection

2 integrated 0…5V amplifiers


8…30V unregulated power supply

Angle measuring range can be scaled to customer requirements

Compatible with NG Sensor

Sensor and amplifier are galvanically separated from the housing



Programmable dynamic response

5V reference voltage is available


Description

The SBG2U sensor box is packaged in a solid and compact pressure-cast aluminum housing with two integrated sensors for dual axis inclination measurement.

Within the box are 2 amplifier sections, each with

0…5V output signal and a separate highly stable power supply for the sensor (this can be used as an external voltage reference). The amplifiers contain a low-pass filter for upper frequency limitation, with noise suppression filtering and a diode bridge guarantee the electromagnetic compatibility. Both sensor and amplifier are galvanically isolated from the housing - further reducing susceptibility to outside noise. Specific response time constants and maximum current output limitations are additional options.

The NG sensors add a very high degree of accuracy and a considerably reduced temperature drift over the whole temperature range. The strong metal PG cable fixing combined with the high voltage signal output makes the SBG2U a high-quality system for use under many types of harsh working conditions.


Applications

The SBG2U is used where a high degree of accuracy for inclination measurements need to be combined with a high level DC voltage output. It has been used in building construction, car manufacturing, mining, radar systems, bridges, ships, agricultural equipment, and all types of process machinery.


610-500-2000 www.riekerinc.com

®

SBG2U (0-5V)


Page 2 of 2

®

Termination/Cable Diameter

Cable Fixing

Measuring Ranges

Protection Degree

Mounting

Sensor Measuring Planes

Supply voltage to the box

Output current

Measuring range of output signal

TECHNICAL DATA max.: 6 x 1 mm

2

/ Ø 5 ... Ø7 mm


In accordance with selected NG sensor


Wall mounted, flat vertical surface

Parallel and 90° to the base of the housing

+8 ... +30 Volt

Approx. 12mA

+0.5 to +4.5 Volt

Maximum range of output signal

Reference initial voltage

Output impedance

Output signal zero

Adjustable parameters via potentiometers

Low-pass filter

+0.05 to +4.95 Volt

(5+/-0.005) Volt (max. 10mA)

100

+2.5 Volt

Signal-zero (2.5V), Span

Active, 3 rd


Operating temperature -40 ... +85°C

OPTIONS

Scaled Angle Measuring Ranges, Calibration Certificate, Slicone RTV Flled Housing (IP67)

The SBG2U Sensor Box is extremely versatile, allowing various configurations. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss how to customize the box for your inclination or acceleration needs.

FIGURE 1:

Dimensions ([mm]) and Mounting Position

Attention! Do not short circuit the supply voltage with one of the outputs.

610-500-2000


www.riekerinc.com

®

SBG3i (4-20mA)

Tri-Axis Inclinometer Sensor Package

Page 1 of 2 ®

Rugged, environmentally sealed sensor package with (3) integrated sensors & signal amplifiers for (3) 4…20mA

2-wire outputs.

Features

Rugged pressure die-cast Aluminium housing with saltwater resistant coating

IP65 to IP67 Environmental Protection

Twist free 4-point fastening of rigid,

3.2mm thick base PCB

Three integrated signal conditioners with 4...20mA, 2-wire outputs

No separate supply voltage necessary

All B-, BD- and N- series fit the housing and can be installed in different directions of operation

Output signals calibrated to customer's specifications

Sensors and signal conditioners electrically isolated from housing

Both output channels are electrically isolated from and independent of each other

EMC certified

Internal, highly stable sensor supply voltages

10...30 Volt terminal voltage

Programmable dynamic response

High mechanical overload resistance

Either connection polarity - possibility of 4-wire connection for both measuring loops

Low pass filter with optional choice of cut-off frequency for suppression of interference frequencies

Description

The SBG3i is a pressure die-cast Aluminum sensor housing (IP65) with up to three integrated sensors for measuring acceleration (along three axis for acceleration) and/or inclination (and/or two axis for tilt).

This package also contains three independent signal conditioners, each with a 4...20mA, 2-wire output, and three separate highly stable voltage supply feeding off the corresponding current loop

- one for each sensor. Each signal conditioner includes an active low pass filter, which the upper cut-off frequency / settling time can be adjusted to suit the measurement task, an output stage with current limitation, a noise voltage filter and a diode bridge for unipolar connection to the current loop. Interference signals caused by unwanted ground currents are eliminated by electrically isolating each sensor and signal conditioner from each other and the housing.

A special electronic temperature compensation system can significantly reduce the temperature sensitivity of the implemented sensors. The compact PG cable gland and compact housing size in combination with the 3-wire connection enable the use of this high quality measuring system in harsh operating conditions.

Applications

The SBG3i is suitable for applications requiring precise acceleration or inclination measurements along three axis under harsh circumstances and returning of a 4...20mA output signal each.

Areas of successful implementation include construction, mining, agricultural machinery, transportation and conveyor systems, ships, operation and automation technology as well as general mechanical engineering.

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA

fax: 610-500-2002 inquiries@riekerinc.com

610-500-2000


®

SBG3i (4-20mA)

Tri-Axis Inclinometer Sensor Package

Page 2 of 2 ®

Termination/Cable Diameter

Cable Fixing


Environmental Protection Rating

Mounting

TECHNICAL DATA

max.: 6 x 1 mm

2

/ Ø 5 ... Ø7 mm


In accordance with selected sensor


Any direction



Supply Voltage



+8 ... +30 VDC non-regulated




Adjustable Parameters via

Potentiometers



3mA

Approx.24mA




-40 to +85°C (-40º to +185ºF)

OPTIONS

Scaled Angle Measuring Ranges, Calibration Certificate, Slicone RTV Flled Housing (IP67)

FIGURE 1: Dimensions ([mm]) and Mounting Position

(Shown with N- or NB-type inclinometer sensor or B- or BDK-type Accelerometer) acceleration in direction of the arrow causes a rise of the loop current

2 M4 fastening screws

Housing Height: 58mm

610-500-2000


fax: 610-500-2002 inquiries@riekerinc.com


®

®

SBL1i (4-20mA)

Single Axis Inclinometer Sensor Package

Page 1 of 3

The SBL1i is a rugged, environmentally sealed sensor package with an integrated inclinometer & signal amplifier for a 2-wire Analog Current

4…20mA output

Features

Large, robust pressure die cast aluminum housing (IP65)

Angular adjustable, vibration damped 3point fastening of rigid, 3.2mm thick base PCB

Integrated signal conditioner with

4...20mA, 2-wire output

Temperature drift compensation

No separate supply voltage necessary

Output signal calibrated to customer's specifications

Sensor and signal conditioner electrically isolated from housing

Extensive EMC protection

Highly stable sensor supply voltage

10...30VDC terminal voltage

Loop current limitation

Mechanical overload resistance

Either connection polarity

Low pass filter with optional choice of cut-off frequency for suppression of interference frequencies

Description

The SBL1 sensor box is packaged in a solid die-cast aluminum housing with an integrated sensor for single axis inclination measurements.

Within the box are 2 sections: An amplifier with a 4…20mA current-loop output proportional with the working range of the integrated sensor and a separate highly stable power supply for the sensor, which obtains its power from the

8…30VDC box supply. Both sensor and amplifier are galvanically isolated from the housing - further reducing susceptibility to outside noise. A custom low-pass filter and a suppression filter combine to eliminate interference coming into the system.

The NG-type sensor is integrated into the SBL1 box , which considerably reduces temperature drift over the entire temperature range, for a high degree of accuracy.

Applications

Recommended for use where precise inclination measurements must be taken under harsh environments where an added level of vibration damping is needed. Areas such as construction, mining (especially large open pit mining machinery), agricultural machinery, transportation and conveyor systems, civil engineering (bridge applications), operation and automation technology.

500----2000

34 MOUNT PLEASANT ROAD • ASTON • PA • 19014 • USA fax: [email protected]

www.riekerinc.com

®

®

Termination/Cable D iameter

Inclinometer Measuring Plan e

SBL1i (4-20mA)


Page 2 of 3 max.: 3 x 1.5 mm

2

/ Ø 5 ... Ø7 mm

PG21 (Metal with integrated stress relief)



Any direction


NG Series: Parallel to the base of housing


+8 ... +30 Volt

3mA

Approx.24mA




-40 ... +85°C

The SB1i Sensor Box is extremely versatile, allowing various configurations with other Rieker sensors. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss how to customize the box for your inclination or acceleration needs.

FIGURE1: Cable Connections

Since the supply voltage of the SBL1 feeds off the loop current (the SBL1 requires 3mA at the most), a voltage of 9V across the SBL1 terminals must be guaranteed to ensure correct functionality even for the maximum loop current of 24mA (maximum voltage drop across transmission line and load resistor).

500----2000


www.riekerinc.com

®

®

FIGURE2: Mounting Position, Dimensions in [mm]

SBL1i (4-20mA)


Page 3 of 3

500----2000


www.riekerinc.com

®

®

SBL1S

Single Axis/Dual Sensor + Safety Relays

Page 1 of 4

The SBL1S is a Rugged

Inclinometer Package with

Two (2) Independent Sensors for

Uni-Axial Measurement of Tilt, including Two (2) Safety Relays for Threshold Monitoring.

Features

Large, robust pressure die-cast aluminum housing (IP65)

Angular adjustable, vibration damped 3point fastening of rigid, 3.2mm thick base PCB

Two (2) integrated, independent measuring channels (4..20mA currentloop output and 0..5 VDC output), electrically isolated from each other and housing for redundant single axis measurements.


Channel 1

Signal conditioner with 4...20mA, 2-wire output

No separate supply voltage necessary

Channel 2

Signal conditioner with 0 ... 5V output

12 or 24 Volt supply voltage two separate, individually adjustable safety relay outputs, each with a separate open and close mechanism

Both Channels



Either connection polarity


Mechanical overload resistance

Low pass filter with optional choice of cut-off frequency for suppression of interference frequencies

Description

In addition to the sensors, the housing contains one signal conditioner with 4...20mA output and one signal conditioner with 0...5V output. These include active low pass filters, whose upper cut-off frequencies / settling times can be adjusted to fit the measuring task, and noise voltage filters to ensure the EMC. Interference signals caused by undefined ground currents are eliminated by electrically isolating sensors and signal conditioners from each other and housing.

The voltage output of the SBL1S has two switch outputs, each with a safety relay. Two helical potentiometers allow the setting of two trigger thresholds within the measuring range, at which the corresponding relay triggers. Each relay output has an independent opening and closing contact. The switching hysteresis can be adapted to the measurement task.

The SBL1S - with a double securing ON/OFF safety control system with both current and voltage outputs combined with special electronic temperature compensation significantly reduces the temperature sensitivity - provides a very stable and strong tilt measuring system for utilization under harsh circumstances.

Applications

Recommended for use where precise inclination measurements must be taken where an added level of vibration damping is needed. Industries include construction, mining, agricultural machinery, transportation and conveyor systems, civil engineering (bridge applications), operation and automation technology.

610-500-2000


www.riekerinc.com

®

®

SBL1S


Page 2 of 4

Cable Connection

Cable Diameter

Cable Fixing


Protection Degree

Mounting


TECHNICAL DATA

Max.: 15 x 1 mm

Ø12…Ø21,5mm

PG21 (Metal with integrated stress relief)




-40 ... +85°C

2

(screw connectors)


Channel 1

Supply Voltage to Box




Zero/Amplifier Potentiometer


Channel 2

Supply Voltage

Supply Current

Nominal Measuring Range

Nominal Zero Output

Maximum Oerating Range

Output Load Impedance

Capacitive Signal Output Load

N or NB Series: 3 directions of mounting

NG Series: Parallel to the base of housing

4...20mA current-loop output

+8 ... +30 Volt

3mA (approximately)

24mA (approximately)




0..5 VDC voltage and relay outputs

+12 or +24 Volt

Maximum 5mA

+0.5 to +4.5 Volt

+2.5 Volt

+0.05 to +4.96 Volt

100 Ohm

Switching stages

Contacts

Contact Load

Any, considering the high-powered ones

Two SIEMENS safety relays (type SR2A311) – which meet the safety

and technical regulations for usage as safeguard relays an independent open and close contact per relay

250V, 6A

Adjustable Potentiometers

Low-pass Filter

Options

Signal zero (2.5V), amplifier, under- and over-trigger threshold

Active, 4 th

order, minimum ripple

Special measuring ranges, custom switching hysteresis, calibration record

This Sensor Box is extremely versatile, allowing various configurations. If you have an application that requires alternative specifications, one of our engineers will be happy to discuss your needs.

610-500-2000


www.riekerinc.com

®

®

FIGURE1:

Mounting Position, Dimensions in [mm]

- Housing Height 100mm

SBL1S


Page 3 of 4

0-5VDC

Output

Sensor

RELAY

RELAY

4-20mA

Output

Sensor

610-500-2000


www.riekerinc.com

®

®

FIGURE2:

Wiring Connections and Set Points

SBL1S


Page 4 of 4

610-500-2000


www.riekerinc.com

®

®

SBS1U

Single Axis Servo Inclinometer Package

Page 1 of 3

Highly sensitive ±1º, environmentally sealed servo inclinometer with ±5 Volt output signal

Description

The SBS1U sensor box is packaged in a solid and compact pressure-cast aluminum housing (IP65) with an integrated sensor for highly sensitive single axis inclination or acceleration measurements.

Within the box are 2 sections: a voltage amplifier with a

±5 Volt output signal and a separate highly stable voltage regulator that supplies power to the sensor.

The amplifier also contains an active low pass filter to suppress interference signals and transient suppression to ensure conformance to EMV regulations. The sensor and the amplifier are galvanically isolated from the housing to avoid interference from signals generated by undefined earth currents. An asymmetric 0 to 5V or a symmetrical

±5V analog voltage signal, each mutually inverse, can be measured on both signal outputs.

The tightly sealed PG metal cable connector and the compact dimensions of the 100% metal sensor housing enable this high quality measurement system to be used under severe operating conditions.

Applications

The SBS1U is recommended for use where extremely precise inclination and acceleration measurements must be taken under difficult conditions and harsh environments.

Typical applications include stability monitoring in the building, machinery, and construction industries as well as inclination monitoring of bridges, dams, towers, tunnels, slopes, and of all structures where there is risk of earthquakes or collapse.

Features

Servo inclinometer with ±1° measurement range and extremely high resolution

±5V output signal for reduced error susceptibility over long signal cables

Rugged IP65 rated pressure-cast aluminum housing with seawater resistant coating

12VDC ± 20% supply voltage

Output signal calibration to customer’s specifications

Sensor and voltage scaling galvanically isolated from housing

EMC Protected

Highly stable internal voltage regulator

Reverse voltage polarity protected

High mechanical shock resistance

Internal low pass filter for

interfering frequency suppression

610-500-2000


www.riekerinc.com

®

SBS1U


Page 2 of 3

®

TERMINAL CONNECTIONS

CABLE CONNECTION

MEASUREMENT RANGE

RESOLUTION

PROTECTION LEVEL

INSTALLATION POSITION

OPERATING VOLTAGE OPTIONS

OPERATING CURRENT

STANDARD ASYMMETRIC OUTPUT

VOLTAGE RANGE (GND

→ UA+)

STANDARD ASYMMETRIC OUTPUT

VOLTAGE RANGE (GND

→ UA-)

STANDARD SYMMETRICAL OUTPUT

VOLTAGE RANGE (UA-

→ UA+)

ASYMMETRIC ZERO OUTPUT VOLTAGE

(GND

→ UA+)

TECHNICAL DATA

Max.: 6 x 1.5mm

2

(6 x 16 AWG)

PG9, clamping range 6.5mm - 9.5mm (metal with integrated strain relief)

Max. ±1 degree

0.01 arc seconds = 48µm/km!

IP65

See FIGURE 1

12Volt or 24Volt (±10%)

Max. 100mA

0.5V ... 4.5V

4.5V ... 0.5V

-4V ... 4V

+2.5 VDC

ASYMMETRIC ZERO OUTPUT VOLTAGE

(GND

→ UA-)

SYMMETRIC ZERO OUTPUT VOLTAGE

(UA-

→ UA+)

SIGNAL OUTPUT IMPEDANCE

RECOMMENDED CABLE

CABLE LENGTH TAKING INTO ACCOUNT

VOLTAGE DROP BY THE OPERATING

CURRENT

+2.5 VDC

0 VDC

Approx. 100Ohm

See FIGURE 2

Any (ex. 500m for 12V supply voltage or 1 km for 15V supply voltage when using the recommended or equivalent cable)

CAPACITIVE OUTPUT LOAD CAPACITY

RESISTIVE OUTPUT LOAD CAPACITY

OUTPUT DRIVER

ADJUSTMENT CONTROL

Any

In excess of 100 kOhm

Operational amplifier TLC2274

Amplification

SIGNAL RESPONSE TIME

JUMP OVERRUN FUNCTION

Approx. 2 seconds (98% OF THE EXPECTED VALUE)

PT2 procedure

AMBIENT OPERATING TEMPERATURE -40… +85 °C

MECHANICAL ANGLE ADJUSTMENT RANGE ±2°

610-500-2000


www.riekerinc.com

®

SBS1U


Page 3 of 3

®

FIGURE1:

MOUNTING POSITION, DIMENSIONS IN [MM], AND TERMINAL CONNECTIONS

FIGURE2:

CABLE CONNECTIONS

610-500-2000


www.riekerinc.com

SC485B


Page 1 of 2

Rugged Interface Converter for Connection of NG360

Sensor with RS485 Interface to RS232 Port of a Computer

Description

The SC485B serves as a very reliable interface between

Rieker sensors with RS485 outputs - such as the NG360 - and computers with RS232 serial ports. Packaged in a solid and compact pressure die-cast Aluminum housing

(IP65) with integrated electronics, this converter has the potential for up to 128 sensors on the RS485 bus.

The interface converter within the housing, consists of a

PCB, a 9-channel DSUB port for the RS232 bus, a 4channel clamp for the RS485 bus, a plug for the external

12V supply voltage, two LED’s for monitoring system operation, the bus voltage level and termination resistances and the interface electronics with voltage level converters and transmission line drivers and receivers.

Applications

The interface converter connects any SEIKA sensor with

RS485 data output interface to the RS232 port of a computer.

Features

Rugged, Pressure Die-cast

Aluminum Housing with

Saltwater Proof Coating

Environmental Protection: IP65

9...15 Volt Supply Voltage

Reverse Polarity Protected

Internal 5 Volt Stabilizing and

Internal Generation of the +/-

RS232 Voltage Levels

Half-duplex RS232 / RS485 bus

RS485 Bus Capacity Up to 128

Participants

9-channel DSUB RS232 Port

4-pole Terminal Block for RS485

Input

Plug Jack for External 12V

Adapter

LED Indicating Bus Activity

INPUT VOLTAGE

CURRENT CONSUMPTION

RS485 WIRE TERMINAL

RS232 CONNECTOR

RS485 BUS

LOAD RESISTOR

RS485 BUS ESD PROTECTION

BUS CAPACITY

DATA TRANSFER RATE

TECHNICAL SPECIFICATIONS

12V ±3VDC

Approx. 30mA + Sensor Current Consumption

4 x 1.5mm

2 max. (4 x 0.059in

2

), 16 AWG max

DSUB 9

Half Duplex

100 Ohm (can be terminated by solder bridge on board)

±15kV (Human Body Model)

128 max.

250kbps max. voice: 610-500-2000



Figure 1:

Dimensions and Mounting Position [mm]

SC485B


Page 2 of 2

Figure 2:

Connection to RS232/RS485 converter

BAUD RATE (BIT/SEC)

DATA BITS

PARITY

STOP BIT

PROTOCOL


9600

8

None

1

None voice: 610-500-2000



SlopeAlert

TM

Tilt Warning System Specification Brochure

Page 1 of 7

DESCRIPTION

SlopeAlert is a reliable, low cost solution for determining inrange and out of range tilt conditions. Originally designed for off-road, in-motion vehicles and equipment that operate in high vibration/shock, rough terrain environments, it is well suited for any application where tilt angle needs to be limited.

Two of the most common applications for this warning device:

1) to help prevent vehicle or equipment rollover on steep slopes; and

2) to aid track vehicles that need protection for over rotation while in motion, especially in rough terrain.

Connected to a lamp, horn, or solenoid relay, this compact single or dual axis unit can indicate both safe and unsafe conditions as well as provide a control signal to help prevent equipment over rotation.

Trip settings are factory set based on customer specification, with trip points indicating side to side and front to back or two points along the same axis. For example first trip at 10º would be the “caution getting close” alert, the second trip at 15º would be the “danger possible roll-over condition” alert).

Rugged Tilt Warning Switch for

Rough Terrain Vehicles &

Equipment in Motion.

FEATURES

Rugged All-Weather Housing

Single or Dual Axis

Open Collector (NPN transistor type)

Relay Option (12 or 24VDC)

Normally Open or Closed Output

Lamp / Buzzer / Solenoid Driver

Single Supply Input (8-30VDC)

Reverse Polarity Protection

Output Short Circuit Protected


Inductive Load Protection


Temperature Range

Shockproof to 500g

Mercury Free

APPLICATIONS

Safe-unsafe Level Alert

Platform Out of Level

Angle Limiting

Roll Over Warning

Process Controls Limit Switch

INDUSTRIES

Aerospace & Defense

Agriculture

Construction

Dump & Tip

Earth Moving

Irrigation

Lawn & Turf Care

Lift & Access

Mining

Offshore

Transportation

610-500-2000



www.riekerinc.com

SlopeAlert

TM


Page 2 of 7

Standard Trip Point Settings

Non-Standard Trip Point

Power Supply



±5, ±10, ±15, ±20, ±25, ±30, ±35, ±40, ±45° custom 1º increment settings available (min ±5º/max ±55º and 90º)

8..30 VDC Non-regulated

Optional: 5 VDC Regulated

30 mA typical (60 mA maximum)


±1°

±2°

1.0 Amps

Trip Point Tolerance

Actuation Repeatability

Continuous Collector Current

Output Saturation Voltage

Open Collector Switch Output

Supply Voltage

Reverse Battery Voltage

Output Voltage Collector

0.4 V max.

Normally Open for out of range indication

Optional: Normally Closed for in range indication

MAXIMUM RATINGS

35 VDC (35 VDC+ Available upon request)

50 VDC

Emitter (V

CEO

): 50 VDC

Output Transistor Collector

Output Transistor Emitter

Output Collector Current


Storage Temperature

Base (V

CBO

): 50 VDC

Base (V

EBO

): 5 VDC

1.5 Amps

-40°.. +75°C (-40º..+167ºF)

-40° ..+85°C (-40º..+185ºF)


Housing

Mounting


Noryl Plastic, Epoxy filled (IP67)

Two #8 screws

2.87” x 2.09” x1.50” (72.6 x 52.8 x 38.1mm) - small single axis model

3.88” x 3.09” x1.50” (88.9 x 78.5 x 38.1mm) - large single or dual axis model


24 AWG wires

3 Ounces (Approximately 85 grams) - small single axis model

Weight

12 Ounces (Approximately 340 grams) - large single or dual axis model

OPTIONS

Custom Trip Angle, LED, Buzzer, Relay, Cable Length (see Matrix Chart)

If you have an application that requires alternative specifications, contact one of our application experts who will guide you to the

SlopeAlert best suited for your tilt sensing needs.

610-500-2000



www.riekerinc.com

SlopeAlert

TM


Page 3 of 7

GENERAL NOTES:

1.

The SlopeAlert is a semi-custom sensor, although each model is available with multiple options certain options may not be available simultaneously.

2.

SlopeAlert default Open Collector Output “sinks” current only (NPN Transistor type)

3.

Norly Plastic is a Polyphenylene Oxide-Styrene material, well suited for rugged all-weather environments.

4.

Dual alarm option only available in dual sensor/same axis (RTC) models.

5.

Dual axis units (RTA) with buzzer option - alarm activates when either axis trip setting achieved.

FIGURE 1:

Dimensions for Single Axis SlopeAlert Noryl Enclosure (inches / mm)

610-500-2000



www.riekerinc.com

SlopeAlert

TM


Page 4 of 7

FIGURE 2: Dimensions for Dual Axis SlopeAlert Enclosure (inches / mm)

610-500-2000



www.riekerinc.com

SlopeAlert

TM


Page 5 of 7

WIRING NOTES:

1.

CONNECT DIODE TO SUPPLY VOLTAGE WHEN USING INDUCTIVE LOADS.

2.

BASIC UNIT IS SUPPLIED WITH A 4-CONDUCTOR NON-SHIELDED CABLE.

3.

OPTIONS SELECTED WILL DETERMINE IF ADDITIONAL CONDUCTORS SUPPLIED.

FIGURE 3: Basic Wiring Diagram Single Axis

- specific wiring instructions included with each unit depending on options selected

610-500-2000



www.riekerinc.com

SlopeAlert

TM


Page 6 of 7

FIGURE 4: Basic Wiring Diagram Dual Axis

- specific wiring instructions included with each unit depending on options selected

610-500-2000



www.riekerinc.com

SlopeAlert

TM


Page 7 of 7

SLOPEALERT PART NUMBER MATRIX

RT C 15 25

AXIS CONFIGURATION

SINGLE AXIS WITH NORYL ENCLOSURE (Default)

DUAL AXIS WITH NORYL ENCLOSURE

DUAL SENSORS SAME AXIS WITH NORYL ENCLOSURE

OPTION

CODE

S

A

C

SIDE TO SIDE SWITCHING ANGLE IN DEGREES

"XX" = 5, 10, 15, 20, 25, 30, 35, 40, 45

Note, custom angles available upon request

FRONT TO BACK SWITCHING ANGLE IN DEGREES

SINGLE AXIS SWITCH (Default)

"XX" = 5, 10, 15, 20, 25, 30, 35, 40, 45

Note, insert higher switch setting if both sensors measure same axis.

Custom angles available upon request.

INPUT POWER

8 TO 30VDC (Default)

5VDC

OUTPUT CONFIGURATION

NORMALLY OPEN (Default)

NORMALLY CLOSED

LED OPTION

NO LED (Default)

ONE RED LED

ONE GREEN LED

ONE YELLOW LED AND ONE RED LED

"XX"

BLANK

"XX"

BLANK

V

BLANK

C

BLANK

G

H

K

BUZZER OPTION

NO BUZZER (Default)

CONSTANT ALARM

PULSING ALARM

PULSING ALARM AND CONSTANT ALARM

INTERNAL LOAD RESISTOR OPTION

NO LOAD

LOAD (Switching ground or power)

INTERNAL RELAY 12 VDC

INTERNAL RELAY 24 VDC

CABLE LENGTH

1 FOOT (0.3 METER - Default)

4 FEET (1.3 METER)

6 FEET (1.9 METER)

10 FEET (3 METER)

20 FEET (6 METER)

30 FEET (9 METER)

BLANK

X

Y

Z

BLANK

P

E*

F*

BLANK

3

4

6

7

8

K Z 6

As shown above the part number RTC1525KZ6 represents a unit with dual sensors measuring the same axis, Noryl enclosure. The first trip setting is ±15°, the larger trip setting is ±25°. The box uses an 8 to 30VDC input, works in a normally open configuration (warns at out of range), has one yellow and one red LED, and one pulse and one constant tone alarm. The yellow LED and pulse tone buzzer activate when ±15° is exceeded; the red LED and constant tone buzzer will activate when

±25° has been exceeded. A cable length of 10 feet has also been requested.

*”E” and “F” RELAY options have the relay wiper internally connected to 12VDC or 24VDC respectively. Consult factory for optional external wiring of relay wiper.

610-500-2000



www.riekerinc.com

XB Series

Sub-Sea + Extreme Conditions Inclinometer Package

Page 1 of 2

Heavy Duty Protection

Against Extreme & Sub

Sea Environments,

Aggressive Media, and

Seawater.

Photo above shows XB with

PG9 Connector.

Photo to left shows XB with

SubConn Underwater Quick

Disconnect Connector.

Features

Heavy-duty stainless steel housing alternative to the Aluminum SB housing

Inclination or acceleration

Single or dual axis

0-5V or 4-20mA outputs up to ±80º measuring range

Seawater resistant - rated V4A

Pressure resistant - 10 bar (1Mpa), 100m

WG

Corrosion resistant

Rigid 4 point attachment of 3.2mm base circuit board

Sensor and sensor electronics are galvanically isolated from housing

Description

The XB is a pressure, seawater, and corrosion resistant stainless steel sensor enclosure that is perfect for extreme environment protection and underwater use.

Available as a single or dual inclinometer package, the XB offers a housing option to the SB

Aluminum housing sensor packages. Sensor specifications and outputs are exactly the same as with the SB sensor packages.

Power input and sensor output would be provided by a cable (optional) that attaches via a liquid tight cable grip fitting (PG9 VA) or an underwater quick disconnect patch cord. The SubConn

Underwater connector adds flexibility to the sealed environment.

Applications

The XB can be used in any extremely rough environment where exact inclination or acceleration measurements must be obtained in aggressive media or below sea level under pressure load.

Typically used for platform leveling or boom angle monitoring of off shore drilling platforms, construction and mining equipment, as well as sea going vessels. It is particularly suited for offshore applications where the use of an underwater patch cord allows sensor connection underwater.

610-500-2000


fax: 610-500-2002 [email protected]

www.riekerinc.com

XB Series

Sub-Sea + Extreme Conditions Inclinometer Package

Page 2 of 2

TERMINAL CONNECTION

RANGE, RESOLUTION, OUTPUT

SENSING POSITION

INCLINATION PLANE

ACCELERATION PLANE

ELECTRICAL VALUES

HOUSING

PRESSURE STRENGTH


MOUNTING

INPUT/OUTPUT

CONNECTION

Cable Entry

Patch Cord

WEIGHT



TECHNICAL DATA

Maximum: 2 x 1.5 mm

2

(2 x 16 AWG)

According to sensor used

Arbitrary

SB1, SB2 (N)

SB1, (NG)

SB1, SB2 (B, BD, BDK)

3 main Housing Directions

Parallel to the Housing Bottom

X, Y, Z-coordinates of Housing

According to the Appropriate SB Sensor Box Requirements


Stainless Steel V4A (seawater resistant)

10 bar (1Mpa), 100 meters below sea level

IP68

Flat Vertical or Horizontal Surface (specified at time of order)

PG9 (V4A steel with integrated strain relief, handles 8-10mm cable diameter)

SubConn® Underwater Plug Connector

4 lbs (1,82 kilograms) (not including cable)

-40°F to +185°F (-40° to +85°C )

-49°F to +194°F (-45° to +90°C )


610-500-2000


fax: 610-500-2002 [email protected]

www.riekerinc.com

Testing & Recalibration Services

Our Testing & Recalibration Services facility is one of the most complete and modern in the industry.

Our engineers and technicians stay abreast of the latest developments in precision measurement and testing - often pioneering advanced testing techniques.

To assist you in establishing and maintaining a routine calibration program, we can automatically notify you when the next certification is due.

Call us today at

610-500-2000

to find out more.

POSITION SOLUTIONS PROVIDER

Industries:

Aerospace & Defense

Agricultural

Automotive

Aviation

Civil Engineering

Construction

Drilling & Boring

Fire & Rescue

Government

Industrial Automation

Lift & Access

Marine

Military

Mining

Offshore

Railroad

RV & Coach

Sound-Reinforcement

Trailer & Chassis

Transportation

Utility

Applications:

Antenna Positioning

Auto-Leveling Systems

Ball Banking

Boom Angle Indication

Grade Control

Line-Array Alignment

Pitch & Roll

Platform Leveling

Process Controls

Rollover Warning

610-500-2000



www.riekerinc.com

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