Question 1

What does the FLB-100 measure?

Accepted Answer

Conclusion: the FLB-100 is designed for a transmissive opacity meter for measuring visible pollutants from diesel vehicles and compression-ignition engines. Final selection must still follow the locally applicable procedure, required quantities and ranges.

Question 2

Which stations or vehicle workflows suit the FLB-100?

Accepted Answer

Conclusion: it fits Diesel vehicle inspection, Engine smoke measurement, Fleet maintenance, Training laboratories. If a program covers several fuels or vehicle classes, confirm the procedure for each group before configuration.

Question 3

What is the strongest reason to choose the FLB-100?

Accepted Answer

Conclusion: start with its ability to simultaneous display of opacity and light-absorption coefficient. Then validate throughput, operation and data integration.

Question 4

Which specifications should I compare before choosing the FLB-100?

Accepted Answer

Conclusion: compare Opacity range: 0–99.9%; Absorption coefficient: 0–16 m⁻¹; Resolution: 0.1% opacity / 0.01 m⁻¹; Indication error: ±1%. Also compare the applicable standard, accessories, calibration method and service scope.

Question 5

Can the FLB-100 be used in a humid environment?

Accepted Answer

Conclusion: yes, within the stated conditions: 5–40°C / 0–90% RH. Outside that range, environmental control and written technical confirmation are needed.

Question 6

Can the FLB-100 handle continuous high-volume inspection?

Accepted Answer

Conclusion: it may be suitable, but capacity must be validated against the real workflow. Include warm-up, response, zeroing, vehicle movement, consumables and data transfer time.

Question 7

Can the FLB-100 connect to existing inspection-line software?

Accepted Answer

Conclusion: integration must be confirmed by project. Share the protocol, ports, fields, decision logic and a sample report rather than confirming only the physical connector.

Question 8

Can the FLB-100 send results over a network?

Accepted Answer

Conclusion: networking depends on the final configuration. The quotation and technical agreement will define communications, data fields and interface responsibilities.

Question 9

What power and site conditions does the FLB-100 need?

Accepted Answer

Conclusion: the available power information is AC 220 V ±10%, 50 Hz ±1%. Also confirm grounding, ventilation, footprint, network and safety separation.

Question 10

Is the FLB-100 fixed or portable?

Accepted Answer

Conclusion: mounting is project-specific. A site plan and vehicle path are needed to confirm a fixed or mobile arrangement.

Question 11

How long does the FLB-100 need to warm up?

Accepted Answer

Conclusion: warm-up time is confirmed in the final model documentation. Required self-checks and zeroing must also be completed before measurement.

Question 12

What is normally included with the FLB-100?

Accepted Answer

Conclusion: typical delivery includes Display unit, Optical measurement head, Signal cable, Power lead, Operating documentation. Final quantities, cable lengths, consumables and options are defined by the packing list.

Question 13

Which optional accessories might the FLB-100 need?

Accepted Answer

Conclusion: options depend on the procedure and site. Confirm probes or heads, cables, references, printing, network interfaces, mounting and spares.

Question 14

How should I compare the FLB-100 with a similar instrument?

Accepted Answer

Conclusion: compare both under the same standard and operating condition. Review range, error, response, calibration, contamination control, interfaces, consumables and service.

Question 15

How often should the FLB-100 be calibrated?

Accepted Answer

Conclusion: there is no universal interval. Regulation, the quality system, workload, drift records and model instructions should determine the schedule.

Question 16

What should be checked before using the FLB-100 each day?

Accepted Answer

Conclusion: check power and connections, the sampling or optical path, filters or cleaning parts, zero status and alarms. Record the result for traceability.

Question 17

What information does support need if the equipment develops a fault?

Accepted Answer

Conclusion: provide model, serial number, software version, alarm text, repeatable steps, photos or video, and recent calibration and maintenance records.

Question 18

How are warranty and technical support defined for the FLB-100?

Accepted Answer

Conclusion: the applicable term, scope, response and exclusions are defined in the quotation and sales agreement. The website warranty page is a general framework.

Question 19

Can the FLB-100 be exported with installation support?

Accepted Answer

Conclusion: international delivery can be assessed. Destination, power, language, Incoterm, import requirements, installation and training must be agreed before shipment.

Question 20

What information is needed to quote the FLB-100?

Accepted Answer

Conclusion: share the standard, vehicles, fuels, daily volume, required quantities, interface protocol, country, site conditions, delivery target and service needs.

Transmissive Opacimeter

What can the FLB-100 measure in a normal inspection workflow?

Which technical specifications should be confirmed before ordering?

Where does the FLB-100 fit in a vehicle testing operation?

What is normally included with the FLB-100?

Which related instruments can complete the inspection workflow?

FLA-612

FLD-140/150

FLG-800A

Match the system
to your program.

Transmissive Opacimeter

What can the FLB-100 measure in a normal inspection workflow?

Which technical specifications should be confirmed before ordering?

Where does the FLB-100 fit in a vehicle testing operation?

What is normally included with the FLB-100?

Which related instruments can complete the inspection workflow?

FLA-612

FLD-140/150

FLG-800A

Match the systemto your program.

Match the system
to your program.