KROHNE BM100A User Manual

Handbook

BM 100 A Reflex-Radar

KROHNE 01/2004 7.02261.22.00

Variable area flowmeters

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Flow controllers

Electromagnetic flowmeters

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Level measuring instruments

Communications engineering

Engineering systems & solutions

Switches, counters, displays and recorders

Heat metering

Pressure and temperature

Table of contents

General advice on safety.................................................................................................................4

Range of application........................................................................................................................4

Items supplied..................................................................................................................................4

Documentation supplied................................................................................................................. 4

Principal gauge components.......................................................................................................... 5

Product liability and warranty.........................................................................................................6

1.1 Handling and storage........................................................................................................... 7

1.1.1 Avoiding blows..................................................................................................................... 7

1.1.2 Avoiding bending ................................................................................................................. 7

1.1.3 Avoiding cable kinks or fraying ............................................................................................7

1.2 Installation restrictions .........................................................................................................8

1.3 Mounting on a tank ..............................................................................................................8

1.3.1 Installation instructions: General notes ................................................................................ 8

1.3.2 Installation instructions: Nozzle............................................................................................ 8

1.3.3 Installation instructions: Gauge - all applications ............................................................... 12

1.3.4 Specific installation instructions: gauge - liquid applications.............................................. 14

1.3.5 Specific installation instructions: gauge - solid applications............................................... 15

2.1 Insulation rating .................................................................................................................17

2.2 Electrical installation instructions ....................................................................................... 18

2.2.1 Wiring general notes.......................................................................................................... 18

2.2.2 Wiring connections ............................................................................................................19

3.1 Power On and self-test mode ............................................................................................23

3.2 Local user interface ...........................................................................................................23

3.3 Status Markers...................................................................................................................24

3.4 Parameter Settings ............................................................................................................ 24

3.4.1 General Information ........................................................................................................... 24

3.4.2 Configuration Procedure.................................................................................................... 24

3.4.3 Quick Configuration: configuration examples .................................................................... 26

3.4.4 Network Configuration – digital outputs and gauge identification : RS 485, multi-drop...... 32

3.4.5 Summary of User Functions .............................................................................................. 33

3.4.6 BM100A TDR level meter characteristics ..........................................................................39

Mechanical installation .....................................................................................................7

Electrical Connections .................................................................................................... 17

User Interface................................................................................................................... 23

4.1 Test Functions in the user menu........................................................................................ 45

4.2 Troubleshooting .................................................................................................................45

4.2.1 Parameter errors................................................................................................................45

4.2.2 Basic Servicing – Replacing fuses and the electronics chassis ......................................... 46

4.3 Fault clearing .....................................................................................................................49

2 Handbook BM 100 A

Service and maintenance................................................................................................ 45

Ordering spare parts ....................................................................................................... 50

6.1 Technical Data................................................................................................................... 52

6.2 BM 100 A Equipment Architecture..................................................................................... 54

Technical data..................................................................................................................52

6.2.1 BM 100 A mechanical options...................................................................................... 54

6.2.2 Definition of terms.............................................................................................................. 56

6.2.3 Probe measurement limits................................................................................................. 57

6.3 Gauge dimensions............................................................................................................. 58

7.1 Direct mode ....................................................................................................................... 60

9.1 Software Installation .......................................................................................................... 62

9.2 PC-STAR Software history ................................................................................................ 62

9.3 Setting up the gauge before connecting with the software ................................................ 63

9.4 PCSTAR Functions ........................................................................................................... 63

9.4.1 F1 Help:............................................................................................................................. 63

9.4.2 F2 Connection: ..................................................................................................................64

9.4.3 F3 Exit: .............................................................................................................................. 73

9.4.4 F4 Serial (parameters):...................................................................................................... 73

9.4.5 F5 Record Reading ........................................................................................................... 74

9.4.6 F7 Configuration ................................................................................................................76

9.4.7 F9 Colors........................................................................................................................... 77

9.4.8 Other important PCSTAR functions................................................................................... 77

Appendix A: Returning a device for testing or repair to KROHNE............................................ 78

Appendix B: BM 100 A Level Gauge Configuration Record ...................................................... 79

Appendix C: BM 100 A – CE Declaration of Conformity............................................................. 80

Measuring Principle ........................................................................................................ 59

Certificates and Approvals ............................................................................................. 61

PC STAR software installation and operation instructions ......................................... 62

Handbook BM 100 A 3

General advice on safety

The device will normally weigh between approx. 11 kg / 25 lb and 35kg / 77 lb. Carry the device using two people, lifting it by the flange holes and supporting the probe. Lifting gear may also be used but no attempt should be made to lift the device by the probe.

Range of application

The BM 100 A TDR Level gauge measures the level and volume of liquids and liquid gases. It can also measure the level and volume of pastes, powders, slurries and granular products.

The BM 100 A also permits continuous and simultaneous measurement of liquid level and interface of two liquids.

For the storage of volatile products, such as water and carbon disulphide also be equipped with a probe (type G) to measure the interface with a top mounted probe: this avoids the resultant safety issues of installing a gauge under the tank.

tanks, the BM 100 A can

Items supplied

• signal converter connected to a cable, coaxial or rod signal guidance probe, as per order.

Optional: remote extension with wall support, sunshade (with fastening material in each case)

• bar magnet for operator control / parameter assignment (only for version with local display)

• wrench for the covers

Documentation supplied

The following documentation will be included with the instrument:

• installation and operating instructions (this manual), and handbook.

• approval documents, unless reproduced in the installation and operating instructions.

4 Handbook BM 100 A

Principal gauge components

Non-Ex version Ex Version

1 Cable entry (output)

2 Cable entry (power supply)

3 Local user interface (display screen, buttons and magnetically-actuated hall sensors)

4 Nameplate (see diagram on the following page)

5 Flange

6 Single cable probe

7 Counterweight

8 Twin cable probe

9 Spacer

10 Short-circuit

11 Equipotential bonding system connection (Ex)

12 Isolating chamber – separates electronics housing from hazardous products

13 Pressure release plug (1 bar or 14.5 psi limit) and vent

14 Coaxial probe

Handbook BM 100 A 5

Standard nameplate

Product liability and warranty

The BM 100 A TDR level gauge is designed solely for measuring the distance, level, interface and volume of liquids, pastes, slurries, solids and particulate materials. The BM 100 A TDR level gauge does not form part of an overfill protection system as defined in WHG nor is it concerned by the Pressure Equipment Directive (PED) 97/23/EC. Special codes and regulations apply to its use in hazardous areas. Responsibility as to suitability and intended use of these level gauges rests solely with the user. Improper installation and operation of our level gauges may lead to loss of warranty. In addition, the "General conditions of sale", found on the back of the invoice and forming the basis of the purchasing contract, are applicable. If you need to return the level gauge to the manufacturer or supplier, please refer to the information given in appendix A.

6 Handbook BM 100 A

1 Mechanical installation

1.1 Handling and storage

1.1.1 Avoiding blows

Avoid hard blows, impacts and jolts when handling the BM100A.

Caution :

The probe is a critical gauge component. Do not damage– Handle with care!!!

Caution : fragile electronics

1.1.2 Avoiding bending

Rod/ Coaxial probes: support the probe to avoid bending.

Support probe here

1.1.3 Avoiding cable kinks or fraying

Do not coil the cable less than 400 mm / 16’’ in diameter. Cable kinks or fraying will cause measurement errors.

Handbook BM 100 A 7

1.2 Installation restrictions

Hazardous-duty systems (Ex, FM…)

• refer to the supplementary instructions for gauges approved for use in hazardous locations

before installation.

• check that the flange, gasket and probe materials are compatible with the product. Read the

information given on the converter nameplate, the flange markings and specifications in the approval certificates.

1.3 Mounting on a tank

1.3.1 Installation instructions: General notes

The fitter should give some thought to tank fittings and tank shape:

• nozzle position in relation to the tank walls and other objects inside the tanks

(Warning : this free area will depend on the probe type selected: refer to later on in this section)

• type of tank roof , i.e. floating, concrete, integral, etc; and base, i.e. conical,etc.

1.3.2 Installation instructions: Nozzle

Nozzle height

Recommendation (especially for single probes and powder applications):

Do not fit a nozzle longer than its diameter.

h ≤ Ød

Contact KROHNE if this relationship cannot be respected.

, where h = nozzle height and d = nozzle diameter.

8 Handbook BM 100 A

Nozzles extending into tank

Caution:

Do not use nozzles that extend into the tank. This will block the emitted pulse.

Process connection

For the gauge to make accurate measurements:

• the tank process connection must be level.

• ensure a good fit with the gauge process connection

• the tank roof should not deform under the weight of the gauge

Objects (discontinuities) inside the tank that influence the probe EM (electromagnetic) field

Install the process connection far from protruding objects such as:

• heating tubes

• sudden changes in tank cross-section

• tank wall reinforcements and beams,

• weld lines and dip-stick pipes, etc...

Refer to the figure at the top of the following page.

TDR gauges generate electromagnetic fields when a measurement pulse is emitted. This field is affected by any nearby discontinuities and these will weaken and potentially block the emitted pulse. A minimum distance is recommended depending on the probe type to be installed. See the table on the next page for recommended free space dimensions. Alternatively, the fitter may use a reference chamber or stilling well. However, the chamber walls must be smooth (i.e. no visible weld lines), straight and vertical to maintain the pulse strength and gauge accuracy.

For clean applications only :

Coaxial (type D) probes may be used close to or touching objects or walls as the EM field generated by the probe is contained within the probe’s outer sheath (refer also to the EM field sizes given in the figures on the next page).

Handbook BM 100 A 9

1 Agitator

2 Support beam perpendicular to the pulse

direction

3 Abrupt changes in tank cross section

4 Heating tubes

5 Alternative solution: reference chamber -

electromagnetic field is contained within chamber.

6 Gauge electromagnetic field :

Any intruding metallic object will be detected in this zone if perpendicular to the emitted pulse direction.

= Do not fit the process connection near to these objects.

Probe Type Recommended minimum distance of probe from

objects inside the tank in millimetres (inches)

Single (types F, H and K) 300 (12) Twin (types A, B, G and L) 100 (4) Coaxial (type D) 0 (0)

Electromagnetic field shape around probe, by type (not to scale)

Single (types F, H and K) Twin (types A, B, G and L) Coaxial (type D)

No beam angle for any probe type.

10 Handbook BM 100 A

Process connection and entry pipe

Caution:

Do not put the nozzle close to the entry pipe. Pouring the product directly onto the probe will give false readings. Install deflector plate if impossible to distance gauge from entry pipe.

Stilling wells

Tanks with floating roofs for petro-chemical applications: Use a stilling well.

Stilling well

Tank

3 Floating roof

4 Product (petroleum applications)

5 Well fixed to tank base (no roof

deformation)

6 Sediment

Handbook BM 100 A 11

1.3.3 Installation instructions: Gauge - all applications

BM100 A gauges are designed to be mounted on a suitable process connection on a tank or sump. Install the gauge using two people to avoid damaging the probe. Support the housing and the probe.

Installation of single and twin cable probe level meters

Caution :

Do not over-bend probe!

Inserting the probe:

hold more than one metre above the opening to avoid cable bending.

Outdoor sites

Fit a sunshade on the gauge for open-air installations: this is supplied on demand. The ambient temperature limits of the gauge are given below.

12 Handbook BM 100 A

Cable probes: entanglement and straightness

The cable must be straight once inserted into the tank. The cable counterweight should not touch the bottom of the tank. The cable must be far from other objects (e.g. mixers) to avoid entanglement.

Rigid length of single and twin cable probes

Cable diameter Rigid length Single cable Ø4mm or 0.15” 145mm or 5¾” Ø8mm or 0.3” 200mm or 8” Twin cable Ø4mm or 0.15” 145mm or 5¾” Ø6mm or 0.24” 145mm or 5¾”

Handbook BM 100 A 13

1.3.4 Specific installation instructions: gauge - liquid applications

Probe bending in agitated products: recommended solutions

Probe (Type) Supports and fastenings Stilling well installation*

Twin rod (A)

Twin cable (L) Fit an anchor with an M10 x 1 (Ø4mm/0.16”

Weld a 45mm / 1.8” internal diameter tube on the bottom of the vessel then insert the probe.

cable) thread (i.e. spring ring or hook) to the counterweight*** CAUTION: 6 Nm / 4.4 lbf.ft maximum torque. This cable may also be ordered with a turnbuckle.

Possible. On-site calibration may be required to maintain accuracy. Repeatability is unaffected. Possible. On-site calibration may be required to maintain accuracy. Repeatability is unaffected. Centring the probe is recommended. Contact KROHNE for more information.

Single rod (F) Weld a 12mm / 0.5” internal diameter tube on

the bottom of the vessel, insert the rod****.

Possible. 50 mm / 2” minimum diameter chamber. Contact KROHNE for assistance.

Single cable (H) Fit an anchor with M10x1 (Ø4mm cable)

thread underneath the counterweight : spring ring or hook. CAUTION: 4 Nm / 2.9 lbf.ft

Possible. 50 mm / 2” diameter minimum. Contact KROHNE for

assistance**. maximum torque. This cable may also be ordered with either a chuck or turnbuckle.

Coaxial (D) Weld a 30-32mm / 1.2” internal diameter tube

on the bottom of the vessel, insert the tube. A

Unnecessary: probe unaffected

by nearby objects. probe may be fixed with braces.

* Reference (bypass) chamber or stilling well.

Spacers supplied by KROHNE.

** *** Threaded hole provided in base of counterweight. **** Contact KROHNE. A factory menu function may need to be changed.

1 Turnbuckle 2 Chuck for type H Ø4mm

single cable probe

3 Counterweight with threaded base 4 Avoid play between tube and probe 5 Hole in welded tube for drainage

Anchoring twin rod and coaxial probes

14 Handbook BM 100 A

1.3.5 Specific installation instructions: gauge - solid applications

False readings:

Do not let probe touch the side of the nozzle

Conical silo nozzles, False readings and traction on the cable probes

Caution

High traction forces :

We recommend that the probe should not be anchored to avoid excessive traction loads on the cable.

Bending and traction:

Position the connection on the roof at ½ radius of the tank and with minimum nozzle height. This will avoid damage due to bending and traction during emptying.

Traction forces during emptying cycles for powder applications

Traction load is dependent upon the height and shape of the tank, product particle size & density, and the rate at which the tank is emptied. The table below gives the load at which cable probes will break.

Cable maximum design loads, traction

Probe Maximum Load

Type K : Single cable Ø8 mm / Ø 0.3” 3.5 T / 7700 lb Type B : Twin cable Ø6 mm / Ø 0.2” 3.6 T / 7900 lb (1.8 T / 3950 lb per cable)

Handbook BM 100 A 15

Traction on cable according to product (approximate value in metric tons)

Material Probe used

Probe Length / m (ft)

10 (32.8) 20 (65.6) 30 (98.4) Cement Single cable Ø8 / Ø0.3’’ 1.0 T / 2200 lb 2.0 T / 4410 lb 3.0 T / 6620 lb Flyash Single cable Ø8 / Ø0.3’’ 0.5 T / 1100 lb 1.0 T / 2200 lb 1.5 T / 3300 lb Wheat Single cable Ø8 / Ø0.3’’ 0.3 T / 660 lb 0.6 T / 1320 lb 1.2 T / 2650 lb PE granules Twin cable Ø6 / Ø0.2’’ 0.2 T / 440lb 0.6 T / 1320 lb 1.0 T / 2200lb

Electro static discharge (E.S.D.)

BM100 Standard and Ex gauge electronics are normally shielded up to 16KV against E.S.D.*. *For non-Ex powder applications, BM100A probes are protected up to 32 kV.

Note:

E.S.D. cannot be solved by BM100A E.S.D. protection. It is the customer’s responsibility to avoid E.S.D. by grounding the tank, product and probe installation.

Danger of injury

The probe may become electro

statically-charged during operation; earth the probe by pushing it against tank wall with a suitably isolated tool just before touching it to avoid receiving a shock.

2 Earth the entry pipe and product.

Product deposits on the nozzle and probe

Product build-up can occur under the nozzle: this may weaken the pulse. Avoid cavities that permit the build-up of deposits.

Tank roof deformation

Tank roofs should support loads of at least 3.5 tonnes / 7700lb for gauge installations using type K single cable probes and 3.6 tonnes / 7900 lb for gauge installations using type B twin cable probes without deformation.

16 Handbook BM 100 A

2 Electrical Connections

2.1 Insulation rating

The gauge transmitter electrical insulation conforms to IEC 1010-1. Please note the information below concerning each rating category.

Category

Power supply overvoltage category

Output circuit overvoltage category II Fuses are unnecessary. Insulation

Protection class 1

Galvanic isolation of terminals

The gauge conforms to the following standard and E.U. Directive:

Standard/Directive Description

EN (IEC) 61010-1 Safety requirements for electrical equipment for measurement, control and

73/23/EEC Council Directive of 19 February 1973 on the harmonisation of the laws of

The BM 100 A gauge outputs are galvanically isolated from the power supply and ground in accordance with the regulations given above. An external barrier is unnecessary.

Rating Comments

The gauge does not have an integrated switch or circuit-

III

contamination level 2 The contamination level refers to the protection of internal

laboratory use (low tension)

Member States relating to electrical equipment designed for use within certain voltage limits (low voltage) modified by Directive 93/68/EEC (art.13).

breakers. These elements must be installed in conformance to local regulations and EU Low Voltage Guidelines and to properly isolate the equipment when necessary. Note that this is not obligatory for instruments with 24 V power supply boards.

4 to 6.3 A time lag fuses are recommended for external installation.

Fuses must be installed on every electrical conductor for the system to conform to current regulations. Note that the active phase conductor, L, is protected by an internal fuse: the neutral conductor, N, is not.

elements of the signal converter.

Rated IP 67 (equivalent to NEMA 6-6P) against ingress of water and other foreign bodies.

Note that the gauge can operate in contamination level 4 conditions if installed correctly.

Handbook BM 100 A 17

2.2 Electrical installation instructions

2.2.1 Wiring general notes

Read these instructions carefully!

Wiring must comply with any existing local regulations. Use appropriate wiring methods, conduits and fittings to maintain a NEMA 6-6P / IP 67 rating.

1. Always disconnect the mains power supply before opening the housing,

2. unscrew the terminal compartment using the special wrench provided,

3. use the top cable entry port for the power supply (see “Principal gauge components”),

4. use a metal cable gland for input power leads to minimise RFI (radio frequency interference) /

5. use a reinforced cable for the outputs,

6. do not cross or loop wires in the signal converter wiring box,

7. do not kink cables close to the glands. Cover with a metallic sheath at this point if necessary,

8. make U-bends in the cable to provide water with run-off points,

9. earthing the device shall be done according to the local applicable installation standards (EN

10. and make sure that the cover thread in the housing is well greased and the O-ring is in good

EMI (electromagnetic interference) effects,

60079.14 in Europe),

condition before replacing the cover.

Shutting off the power supply : non-hazardous zones

Remember to disconnect the power supply before opening the housing.

Shutting off the power supply : hazardous zones

Wait before opening the housing cover. Refer to Supplementary Installation and Operating Instructions for the BM100 A/Ai KEMA 01 ATEX 1078X Gauge for the time required.

18 Handbook BM 100 A

2.2.2 Wiring connections

Open the signal converter housing rear cover, using the plastic wrench supplied. The terminal connections are labelled. The standard connections are shown below.

Before starting to wire:

• check that the power supply corresponds to the power board installed.

• check which output option you have selected: this will be indicated on the underside of the rear

housing cover and on the gauge nameplate.

Terminal layout : non – Ex version

X = Terminal not used (X) = Terminal not used except for RS485 outputs

Ensuring a good contact and protection of wire strands

Local regulations concerning electrical wiring must be followed and obeyed. If no details are given, we recommend :

• crimped metal sheaths over the wire strands

• power supply cables should be rated for at least 500 V, with a cable diameter of 0.5 to 1.5

mm / 0.02” to 0.06” (non-Ex applications only).

• the output current cable diameter should be from 0.5 to 0.75 mm / 0.02” to 0.03”

PE Ground Terminal notes

The internal earth connection shall be used according local applicable installation standards, in Europe the Low voltage Standard prescribes the connection of the yellow/green cable in case of 230VAC.

Handbook BM 100 A 19

Terminal layout : Ex version

(X) = Terminal not used except for RS485 outputs

Wiring the gauge for use in hazardous areas (Ex & FM)

Use the correct wires and spade tags for terminal connections as specified in the Supplementary Installation and Operating Instructions for the BM100 A/Ai KEMA 01 ATEX 1078X Gauge.

PE Ground Terminal notes

Options, power supply

The type of power supply to be used will be indicated on the gauge nameplate.

1. 100 – 240V AC -15%/+10% ; Power output : 9VA

2. 24 V AC/DC -15%/+10% ; Power output : 9VA

20 Handbook BM 100 A

Options, output

The output wires should be wired to the gauge terminals according to the type of output selected when the order was placed. The type of output supplied will be indicated on the gauge nameplate and a sticker on the inside of the housing rear cover. The principle output options are shown below:

• 1 passive output: passive = external power source used for measurement output

• 1 active output: active = internal power source used for measurement output

• 2 passive outputs

Handbook BM 100 A 21

• 1 RS 485 output with / without optional passive analogue current output for direct readings**

• 1 PROFIBUS PA output * with / without optional passive analogue current output for direct readings**

* BM 100 A device management: a GSD file providing a device communication features list is delivered with PROFIBUS PA-output devices. ** must be specified in customer order.

22 Handbook BM 100 A

3 User Interface

The BM100A may be configured and operated using a user interface set into the signal converter housing or a remote link. Remote links using PC STAR, KROHNE’s in-house developed software and Fieldbus remote links are given at the end of section 3.4.3.

3.1 Power On and self-test mode

The BM100A automatically self-tests once connected to a power source. The screen readout shown on the left will be displayed. This test takes from 20 seconds to 1½ minutes to complete. The local display will then switch over to the operation mode display shown on the following page.

Firmware release currently programmed into the EPROM (Electrically Programmable Read Only Memory)

3.2 Local user interface

The BM100A Local user interface is simple to use. It has three push-buttons, three magneticallykeyed sensors for configuring the gauge without removing the front cover in hazardous zones and a three-line LCD (Liquid Crystal Display) screen at the front of the signal converter housing.

ENTER Hall Sensor:

The display screen will go blank below –20°C / -4°F but data can still be displayed if the instrument is connected to a computer with PC STAR or other remote link.

Handbook BM 100 A 23

1 Keyed using a bar magnet. As item 6.

First Display Line:

2 Operating mode- measurement value Configuration mode- function number

Second Display Line:

3 Operating mode- item measured and units Configuration mode- function definition

UP Hall Sensor:

4 Keyed using a bar magnet. As item 5.

Press the UP push-button:

• To increase the value of a selected digit

• For password definition : code U or

Press the ENTER push-button:

• To go back a step in the menu

• To validate data entered

• For password definition : code E or

Press the RIGHT push-button:

• To enter configuration mode

8 Keyed using a bar magnet. As item 7. 9 See the next page for details. 10

• To move cursor right in configuration mode

• For password definition : code R or

RIGHT Hall Sensor:

Status Markers:

Key register symbol:

↑ →

Enter pressed Up pressed Right pressed

↑

↵

→

3.3 Status Markers

This line of numbers identifies six types of errors by means of a triangular indictor over the number concerned.

Status marker number

▼1 No initial pulse detected See section 4.3: Fault clearing. ▼2 No level reflection detected See section 4.3: Fault clearing. ▼3 Level measurement frozen Output and indication frozen; search initiated to

▼4 No interface reflection found See section 4.3: Fault clearing. ▼5 Interface measurement

▼6 Output communication failure Contact your local KROHNE Service Department.

If the parameter 1.2.6 Error Display is configured to “YES” as explained in section 3.4.5, the complete display screen will flash when an error occurs.

Error / Status message Result and action

redetect level : if no reflection is registered : Status marker 2 is activated.

Output and indication frozen; search initiated to

frozen

redetect interface. If no reflection is found, Status marker 4 is activated.

3.4 Parameter Settings

3.4.1 General Information

Your BM100 A has now been installed on the tank and the necessary electrical connections have been made. Once the power has been switched on, it may be necessary to configure the gauge to:

• display the readings using the correct units and reference point (level / distance ),

• change the measurement range,

• give the instrument an address so that it may be integrated into a network,

• display volume readings by programming and using a volume calibration table (strap table).

We recommend that any changes to settings be noted on the configuration record supplied in appendix B, or recorded using PC-STAR, to enable KROHNE service personnel to provide a rapid response to any enquiries.

3.4.2 Configuration Procedure

The BM100 A starts up in operating mode displaying either information according to customer specifications or factory default values. The configuration mode (user menu) can be accessed and parameters modified by following the operator control concept summary below. Configuration procedure is described in more detail in section 3.4.3. Instruments may equally be configured individually using a remote display available in PC-STAR software for remote connections. Please refer to the PC-STAR on-line Help file for more details.

A restricted-access factory menu is available for advanced configuration. Refer to the BM100 A Service Manual for further information.

24 Handbook BM 100 A

Handbook BM 100 A 25

3.4.3 Quick Configuration: configuration examples

The minimum functions (fct.) to be configured for a simple measurement are listed below:

• 1.1.1

• 1.2.1-6

• 1.4.2-3

• 1.3.1-4

• 1.7.1-2

Tank Height Display Functions Entry Code 1 / Code 1 Current Output 1 (& 2) Volume calibration*

*For volume measurements

Example procedures for each set of functions are given on the following pages. Each procedure is given in a series of steps in table form and begins from the Operating Mode.

Useful definitions for quick configuration

Typical gauge used for quick configuration examples

Probe type: twin Ø4mm/0.16” cable probe, type L

Tank height (Fct. 1.1.1): 10000.00mm/33ft

Hold distance (Fct. 1.1.2) 0.25m/10ft (see “probe measurement limits” in section 6.2.3 for

the Ø4mm twin cable probe, type L)

Probe length, L

(Fct. 1.1.7): 9.00m/29.5ft (Do not modify unless advised to)

26 Handbook BM 100 A

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