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T Level BSE industrial heating

Total questions: 22

Worksheet time: 11mins

Name
Class
Date
1.

What is the main purpose of a central heating system?

a)

To heat up the core of the building

b)

To provide thermal comfort to a property

c)

To supply heating to a single room

d)

To provide heat to a number of properties

2.

1. What type of heating system incorporates a three-port valve that gives priority to the hot water system?

a)

Y plan

b)

S plan

c)

S plan+

d)

W plan

3.

What is this component?

a)

Blank cap

b)

Bleed valve

c)

Automatic air vent

d)

Expansion vessel

4.

Name this component

a)

BS 1212 part 1 FOV

b)

BS 1212 part 2 FOV

c)

BS 1212 part 3 FOV

d)

BS 1212 part 4 FOV

5.

Name this component

a)

Room thermostat

b)

Programmer

c)

Cylinder thermostat

d)

Remote sensor

6.

Identify this component

a)

Pressure relief valve

b)

Radiator valve

c)

Lockshield valve

d)

Automatic air vent

7.

Which system of control would this item be used with?

a)

C plan

b)

C plan +

c)

S paln

d)

Y plan

8.

This is an underfloor heating manifold

a)

True

b)

False

9.

The purpose of fitting a bypass valve is to

a)

Allow water to circulate through the radiators after the motorized valve has closed.

b)

Allow water to circulate between the flow and return from the boiler after the motorized valve has closed.

c)

Allow water to circulate through the cylinder after the motorized valve has closed.

d)

Allow water to circulate through the boiler to balance the system.

10.

The type of system a Honeywell 'S' plan is....

a)

3 port mid position valve

b)

3 port diverter valve

c)

2 x 2 port zone valves

d)

3 x 2 port zone valves

11.

The purpose of this is to ....

a)

Allow for the expansion of the system pipework

b)

Allow for the expansion of the water in the system

c)

Allow for the expansion of steam in the system

d)

Allow for the expansion of the air in the system

12.

What type of system can generate Heat and power

a)

Combination Boiler

b)

Combined Heat and power system

c)

A Biomass heating system


Heat only boiler

13.

How would you join more that one boiler together

a)

Two Pumps

b)

High Loss Header

c)

Low Loss header

d)

4" copper pipe

14.

This picture shows a?

a)

Circulator

b)

Two port valve

c)

Three port valve

d)

Programmer

15.

Under floor heating works at approximately what temperature?

a)

60

b)

43

c)

35

d)

21

16.

The types of system used in commercial and industrial buildings include?

a)

two-pipe parallel return, two-pipe reverse return and pumped primary and secondary

b)

two-pipe parallel return, two-pipe reverse return and Gravity primary and secondary

c)

two-pipe parallel return, One-pipe reverse return and pumped primary and secondary

d)

One-pipe parallel return, two-pipe reverse return and pumped primary and secondary

17.

In what type of system is there no requirement for balancing because the system ‘self balances?

a)

Two-pipe reverse return systems

b)

Two-pipe parallel return systems

c)

Pumped primary/pumped secondary systems

d)

Combi system

18.

Multiple boiler installations often incorporate a?

a)

Second pump

b)

Low loss header

c)

High gain header

d)

Turbo speed pump inducer

19.

Which system is designed to control the temperature passing through the heat emitters to compensate for external environmental conditions?

a)

Two pipe reverser returned

b)

Constant volume/variable temperature compensated heating circuit

c)

Multiple boiler plantroom with low loss header

d)

Compensated heating control

20.

This picture shows a?

a)

In-line twin centrifugal pump set

b)

In-line triple centrifugal pump set

c)

In-line twin shower pump set

d)

Double regulating valve with binder test points

21.

This picture shows a?

a)

In-line twin centrifugal pump set

b)

In-line triple centrifugal pump set

c)

In-line twin shower pump set

d)

Double regulating valve with binder test points

22.

This image shows a?

a)

Radiant heat emitters

b)

Above floor heating

c)

Panel radiator

d)

Fan convector