Residual Dangers In Handling The Compact Booster Unit; Mechanical Residual Dangers; Residual Dangers Pertaining To Fluids; Residual Electrical Hazards - Honeywell CBU144 Series Instructions Manual

1.6

Residual dangers in handling the compact booster unit

Danger and adverse effects may result from use of the compact booster unit
• for the body and life of the operator or third person
• for the compact booster unit itself
• to other property.
The basis for safe and error-free operation of the compact booster unit is knowledge of the instructions for safety and operation in this manual.

1.6.1 Mechanical residual dangers

During normal operation, no danger is threatened from mechanical components.

1.6.2 Residual dangers pertaining to fluids

During normal operation, no danger is threatened by hydraulic components.
Hazards might result solely under the following conditions.
Danger area
Pipelines

1.6.3 Residual electrical hazards

During normal operation, no danger results from the electrical equipment of the compact booster unit.
Hazards might result solely under the following conditions.
Danger area
Injury from cables
Electrostatically endangered
components / subassemblies

1.6.4 Thermal hazards

Danger area
Hot surfaces of the pump housing Contact can cause burning

1.6.5 Residual biological hazards

During normal operation, no biological danger results from the compact booster unit.
Hazards might result solely under the following conditions.
Danger area
Buffer tank
Inlet lines from the potable water
network

1.6.6 Residual chemical hazards

During normal operation, no chemical danger results from the compact booster unit.
Hazards might result solely under the following conditions.
Danger area
Use of detergents

1.6.7 Consequences and dangers that result from not observing the manual

• Not observing this manual will lead to loss of the warranty and make damage claims invalid.
• Failure to observe the manual can lead, for example, to the following dangers:
- Hazard to persons caused by electrical, thermal, mechanical, and chemical influences
- Loss of important product functions
- Failure to perform required maintenance and service measures
- Environmental hazard caused by leakage of hazardous substances
Honeywell GmbH
Type of hazard
Injury through high pressure
Type of hazard
Danger to life !
Electric shock of 230/400V from electric voltage
The device contains electronic componental elements that react
sensitively to electrostatic discharge (ESD). Contact with electro-
statically charged persons or objects endangers these compo-
nental elements. Worst case scenario: they will be immediately
destroyed or fail after start-up.
Type of hazard
Type of hazard
Danger of microbial contamination
Danger of contamination caused by stagnant water
Type of hazard
Danger through contact with or breathing in dangerous fluids, ga-
ses, fumes, vapours or dust
GB
Reduction of hazard
Clear pipelines of pressure and medium prior to assem-
bly, maintenance, shut-down!
Reduction of hazard
Connect up protective earth system!
Always switch off power supply and secure against swit-
ching on again during maintenance and servicing work!
Comply with the valid accident prevention and safety re-
gulations for electrical devices!
Comply with requirements according to EN 100 015 - 1,
in order to minimise or avoid damage through shock-type
electrostatic discharge!
Do not touch electronic componental elements when the
power supply is on!
Reduction of hazard
Wear personal safety equipment!
Reduction of hazard
Set the automatic rinsing device according to local condi-
tions!
Clean the buffer tank regularly!
Make sure the inlet lines from the potable water network
are equipped with a rinsing device!
Reduction of hazard
Wear personal safety equipment!
Pay attention to the safety specifications sheet of deter-
gent manufacturers!
4 Translation of original - EN1H-1374GE23 R1014