VLQ Sales Accreditation: Quiz!

The statement is false because VLQ does not provide Ethernet, WiFi, and USB for configuration and monitoring.

The VLQ Detector can be mounted on a hard ceiling or wall, surface or flush on a suspended ceiling, and it can be mounted with or without a junction box. Therefore, the correct answer is A, C & D.

VLQ (Variable Low-flow Quantification) cannot be applied in rooms where there is a pressure differential between the sample holes and exhaust. This is because VLQ relies on a balanced pressure condition between the sample holes and exhaust to accurately measure the air volume. If there is a pressure differential, it can affect the accuracy of the measurement and therefore VLQ cannot be applied in such rooms.

VLQ-100 cannot reside on the same VESDAnet as VLF for backwards compatibility.

The correct answer is Option A & C. This means that both the VLQ Configuration options and the iVESDA are important in determining the correct DIP Switch settings. The QSC Software may also play a role in this configuration.

The statement suggests that VLQ (Ventilation and Air Quality) may be used without a pipe in rooms under 25m2. However, this statement is false. Ventilation systems typically require pipes to circulate and distribute air properly. Without pipes, the ventilation system would not be able to effectively supply fresh air and remove stale air from the room. Therefore, the correct answer is false.

The correct answer is A, B & D because these options align with the given key selling points of VLQ. Option A, VEWFD, is one of the key selling points. Option B, Reduced TCO (Total Cost of Ownership), is also mentioned as a key selling point. Option D, Simplicity and flexibility, is another key selling point mentioned. Therefore, options A, B, and D are the correct answer choices.

The statement is true because VESDA detectors, including VLQ, are designed to provide a clean air barrier for optics protection. This means that they prevent dust, dirt, and other contaminants from entering the detector and affecting its performance. This is important because any obstruction or damage to the optics can lead to inaccurate or unreliable detection of smoke or fire. Therefore, the clean air barrier provided by VLQ and other VESDA detectors ensures the optimal functioning and longevity of the device.

The statement is true because both VLQ General Purpose Input (GPI) and Very Low Frequency (VLF) are monitored. This implies that they are both subject to surveillance or observation. Therefore, it can be concluded that VLQ GPI is indeed the same as VLF in terms of being monitored.

The given statement is true. VLQ (Very Large Queue) provides an event log that can hold up to 1,000 events. This means that the VLQ has the capacity to store a large number of events, up to a maximum of 1,000.

The correct answer is A & D because VLQ target applications include Telco huts and base station controllers, as well as A & D (which stands for Aerospace and Defense). These applications require the use of VLQ technology for various purposes such as telecommunications and military operations. Additionally, the other mentioned applications - residential and multi-occupancy buildings, as well as small server rooms - are not specifically mentioned as VLQ target applications.

VLQ alarm thresholds can be set using QSC Software, AutoLearn, and Dip Switch. QSC Software allows users to customize and adjust the alarm thresholds based on their specific needs. AutoLearn is a feature that automatically sets the alarm thresholds based on the system's performance and behavior. Dip Switches are physical switches on the device that can be manually adjusted to set the alarm thresholds. Therefore, options A, B, and D are all valid methods for setting VLQ alarm thresholds.

VLQ does not allow a combined ceiling and returns air grille protection with one detector.

VLQ provides a pipe length of 2 X 6m linear and 2 X 9m branched.

The correct answer is "If less than 30cm long." This means that capillary tubes can be used with VLQ if they are shorter than 30cm in length. This suggests that VLQ does support capillaries, but only if they meet the length requirement.

The correct answer is 4 bends. This means that a maximum of 4 bends are allowed per VLQ inlet.

VLQ airflow measurement is not conducted at the pipe inlets. VLQ stands for Very Low Quantity, which refers to a small amount of airflow. In order to accurately measure VLQ airflow, it is typically conducted at the pipe outlets rather than the inlets. This allows for a more precise measurement of the airflow rate. Therefore, the correct answer is False.

The statement is true because VLQ (Very Large Quantity) does indeed come with a standard 7 segment display. This type of display consists of seven segments that can be individually lit up to form various numbers and letters. It is commonly used in electronic devices to display numerical information in a clear and easily readable format.

The correct answer is B & D. This means that VLQ is capable of covering areas that are both under 100 m2 and exactly 100 m2.

The correct answer is B & D because according to the given information, ASPIRE2 can be used to determine the configuration of 2 X 6.5mm sample holes and a total of 4 X 4.5mm sample holes. Therefore, options B and D are the valid configurations that can be used.

The statement suggests that the VLQ filter life is determined through field testing to establish when it needs to be replaced. However, the correct answer is false. The explanation for this is not provided, but it could be because VLQ filters are typically replaced based on a predetermined schedule or when certain indicators show that the filter is no longer effective, rather than through field testing.

The correct answer is A + 3m because the given information states that the maximum branched pipe length per inlet is 6m. Since A already has 2m and 3m added to it, adding 4m would exceed the maximum length allowed. Therefore, the correct option is A + 3m.

In a VLQ branched pipe configuration, the maximum distance between the detector and the furthest sample hole is 6m. This means that the detector can be placed up to 6m away from the furthest sample hole in order to accurately measure the sample. Placing the detector any further away may result in inaccurate measurements.

The statement suggests that VLQ provides Autolearn Smoke and Flow, which is incorrect. VLQ does not provide Autolearn Smoke and Flow. Therefore, the correct answer is False.