Burkert 6026 Manuel utilisateur

Bedienungsanleitung

Manuel d‘utilisation

Operating Instructions

Type 6026

2/2-way valve

2/2-Wege-Ventil

Vanne 2/2 voies

2 INTENDED USE

Unauthorised use of the Type6026 solenoid valve may be dan-

gerous to people, nearby equipment and the environment.

The device is designed for blocking, dosing, lling and ventilating

gaseous and liquid media.

▶When using the device, observe the authorised data, operating

conditions and deployment conditions specied in the contract

documents and in the operating instructions.

▶Prerequisites for safe and trouble-free operation are correct

transportation, correct storage and installation as well as careful

operation and maintenance.

▶Only use the device as intended.

▶Check the media resistance.

2.1 Denition of terms

The term “device” used in these instructions always refers to the

Type 6026 solenoid valve.

1 OPERATING INSTRUCTIONS

The operating instructions contain important information.

▶Carefully read these instructions and follow the safety instructions.

▶Store the instructions in such a way that they are available to all

users.

▶The liability and warranty for the Type 6026 device will be invali-

dated if the operating instructions are not followed.

1.1 Symbols

▶highlights instructions to avoid a danger.

→highlights a procedure which you must carry out.

Warning of injuries:

DANGER!

Imminent danger! Serious or fatal injuries.

WARNING!

Potential danger! Serious or fatal injuries.

CAUTION!

Danger! Moderate or minor injuries.

Warning of damage:

NOTE!

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2.2 Isolation

The device must not be isolated more than

2cm from the body edge upwards to the

actuator.

max. 2 cm

3 BASIC SAFETY INSTRUCTIONS

These safety instructions do not make allowance for any contin-

gencies and events which may arise during installation, operation

and maintenance.

Risk of injury from high pressure.

▶Before loosening lines or valves, switch o the pressure and

drain the lines.

Risk of injury due to electric shock.

▶Before reaching into the device or the system, switch o the power

supply and secure to prevent reactivation! Observe the applicable

accident prevention and safety regulations for electrical devices.

Risk of burns or risk of re.

Continuous operation or hot media may result in a hot device

surface.

▶Keep the device away from highly ammable substances and

media and do not touch with bare hands!

▶Do not obstruct heat dissipation required for operation.

Risk of injury due to cold, hot and aggressive media.

Heat sources or temperature uctuations may cause malfunctions

or leaks.

▶Avoid heat sources which may cause the permissible tempera-

ture range to be exceeded.

▶Check the media resistance before use.

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Danger due to low and high temperatures.

Depending on the media temperature, the device can become

extremely cold or extremely hot.

▶Keep the device away from substances sensitive to cold and

highly ammable substances and do not touch with bare

hands.

Destruction of the coil due to overheating

▶Electrically connect coil with mounted housing only.

▶In the case of alternating voltage, pay attention to movable

core.

▶Check media resistance.

General hazardous situations.

To prevent injuries, ensure that:

▶Do not feed in any aggressive or highly ammable media.

▶Do not make any internal or external changes to the device.

▶Secure the system and device against accidental activation.

▶Installation and maintenance may only be performed by autho-

rised technicians only using the appropriate tools.

▶After an interruption in the power or pneumatic supply, ensure

that the process is restarted in a dened or controlled manner.

▶Do not mechanically load housing.

▶Observe the general rules of technology.

4 TECHNICAL DATA

The following values are indicated on the type label:

•Voltage, current type, coil power

•Pressure range

•Body material (MS=brass, VA=stainless steel)

•Seal material (PTFE, NBR)

4.1 Conformity

The Type 6026 conforms to the EU directives as per the EU Declaration

of Conformity (if applicable).

4.2 Standards

The applied standards, which are used to demonstrate conformity with

EU directives, are listed in the EU type examination certicate and/or

the EU Declaration of Conformity (if applicable).

4.3 Operating conditions

Ambient temperature max. +50°C

Degree of protection with cable plug: IP65 acc. to EN 60529,

NEMA 4X

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4.4 Electrical operating conditions

Relative duty cycle [%]

Ambient temperature [°C]

Switching frequency

Intermittent operation

characteristics for variant

with AC/DC high-perfor-

mance electronics

With AC/DC high-performance electronics

Operating mode

(acc. to DIN VDE 0580)

Continuous operation

Intermittent operation (To determine the per-

missible operating parameters, see “Chapter

4.4” and “Chapter 4.7”)

Minimum duty cycle

Minimum currentless

break

Switching time

1 s

approx. 500 ms

With AC/DC high-performance electronics

Maximum switching

frequency

Maximum relative duty

cycle

see “Diagram of electrical operating condi-

tions”

4.5 Fluidic data

Medium temperature –200...+180°C

viscosity 21mm²/s

Media neutral gaseous and liquid media that do not

attack the body and seal materials (see resis-

tance table: www.burkert.com). Check resis-

tance in each individual case.

Circuit function (CF)

Circuit function A

(NC)

1 (P)

2 (A)

2/2-way valve, 1 (P) normally

closed

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4.6 Mechanical data

Port connections G¼, G½, G⅜

Materials

Body:

Identication MS Brass body, valve seat 1.4305

brass body, brass valve seat

Identication VA Body and valve seat 1.4410

Actuator: Epoxide

Seal material: PTFE

Dimensions see data sheet

4.7 Electrical data

Connections DIN EN 175301-803 Form A:

for cable plug Type 2508

Operating voltage see type label

Voltage tolerance ±10%

Nominal power 8W operation, 85W inrush

Switching frequency max. 10/min

O time toff between

2 switch-on procedures min. 1s

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CE marking

Intermittent operation for variant with AC/DC high-performance

electronics

Characteristics (acc. to DIN VDE 0580)

tSD – cycle time

tED – duty cycle

tSP – currentless break

ED – relative duty

cycle

SH – switching

frequency

tED

tSP

tSD

tSD [s] = 60

SH 1

min

tED [s] =

tSP [s] = tSD [s] – tED [s]

ED[%]

100

tSD

[s]

4.8 Type label (example)

Identication number

Voltage, frequency, output

Connection,

pressure range

Type

Circuit function

Seat orice Seal material

Body material

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5 INSTALLATION

DANGER!

Risk of injury from high pressure in the system.

▶Before loosening lines and valves, turn o the pressure and

drain the lines!

Risk of injury due to electric shock.

▶Before reaching into the system, switch o the power supply

and secure to prevent reactivation.

▶Observe the applicable accident prevention and safety regula-

tions for electrical devices.

WARNING!

Risk of injury due to improper installation.

▶Installation may be carried out by authorised technicians only

and with the appropriate tools.

Risk of injury due to unintentional activation of the system and

uncontrolled restart.

▶Secure the system against unintentional activation.

▶Following installation, ensure a controlled restart.

5.1 Fluid installation

Installation position: any, preferably coil or actuator face up.

→Clean pipelines and ange connections.

→Install dirt trap at the valve inlet (0.2...0.4 mm).

Note the ow direction of the valve. The arrow on the body

indicates the ow direction.

Arrow indicating

ow direction

NOTE!

Caution: Risk of breakage.

▶Do not use the coil or actuator as a lever arm.

Threaded connection:

→Hold the valve body using a matching open-end wrench and

screw into the pipeline.

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5.2 Electrical installation

WARNING!

Risk of injury due to electric shock.

▶Before reaching into the system, switch o the power supply

and secure to prevent reactivation.

▶Observe the applicable accident prevention and safety regula-

tions for electrical devices.

If there is no protective conductor function between the coil and

body, there is a risk of electric shock.

▶Always connect protective conductor.

▶Check electrical continuity between coil and body.

Observe voltage and current type according to type label.

→Check that seal is correctly tted.

→Screw cable plug tightly onto the coil

(max. 1 Nm).

Only for variant with terminal connection box:

•Connect a maximum of one conductor per terminal point

•The maximum connection cable cross-section is 2.5 mm² / AWG 14

•Remove insulation on the wires to a maximum length of 6 mm

•Tighten the terminal screws with 0.25 Nm

•Close the housing lid properly and tighten the lock screw with 2 Nm

•Check the consistency of the protective conductor connection

Item Symbol Pin assignment

1L N + -

2N L - +

3PE

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5.3 Rotating the solenoid

WARNING!

Risk of injury due to electric shock.

If there is no protective conductor function between the coil and

body, there is a risk of electric shock.

▶Check the protective conductor function after installing the coil.

Overheating, risk of re.

Connecting the coil without rst installing the valve will lead to

overheating and will destroy the coil.

▶Only connect the coil after the valve has been installed.

The coil can be rotated by 4 x 90°.

4 x 90°

Nut

(max. 5 Nm).

Valve

→Loosen nut.

→Rotate the solenoid.

→Use a matching open-end wrench to

tighten the nut (max. 5 Nm).

6 MAINTENANCE, TROUBLESHOOTING

WARNING!

Risk of injury due to improper maintenance work.

▶Maintenance may be carried out by authorised technicians only

and with the appropriate tools.

Risk of injury due to unintentional activation of the system and

uncontrolled restart.

▶Secure the system against unintentional activation.

▶Following maintenance, ensure a controlled restart.

Check in case of faults:

•Port connections

•Operating pressure

•Operating voltage

If the valve still does not switch, contact your local Bürkert Service

representative.

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