Microsensor MDM6000 Series Manuel utilisateur

MDM6000

Operation Manual

V1.1

CONTENTS

1 Preface.................................................................................................1

2 Safety Precautions...............................................................................1

3 Outline and installation.........................................................................2

4 Electrical connection..........................................................................12

5 Menu Operation..................................................................................16

6 Operation, maintenance and troubleshooting....................................21

7 Unpacking, Components and Storage...............................................24

8 Responsibility.....................................................................................24

The company reserves the right to modify this manual due to product

technology and process updates. This manual is subject to change with

no further notice.

Please note the latest version of this manual.

The Company reserves the right of final interpretation of this manual.

Version number of this manual: V1.1

1 Preface

Thank you very much for choosing the products of MICRO SENSOR

CO., LTD. It is recommended to read this manual carefully before any

operation.

1.1 Product Overview

MDM6000 series intelligent pressure transmitter

adopts-mono-crystalline piezoresistive technology, and uses the

avanced design concept. The sensor element is positioned at the top of

the metal body, far from the media contact surface, to achieve

mechanical and thermal isolation, and the high-strength electrical

insulation between the glass sintered sensor lead and the metal

substrate improves the flexibility of the electronic circuit and the ability to

withstand transient voltage protection, which can cope with complex

chemical occasions and mechanical load, while having strong

anti-electromagnetic interference capability, suitable for harsh process

industrial environment.

1.2 Edition statement

The copyright of this manual is reserved by Micro Sensor Co., Ltd. Any

form of unauthorized modification, interception, or reproduction is

prohibited without written permission. If any error or omission in this

manual is found, please contact the company.

2 Safety Precautions

a) Pressure transmitter should be installed, debugged and maintained

by professional engineers or qualified technical personnel. Please

carefully read product specifications and important information

provided on the label before installation.

b) Pressure transmitter is powered by an external power supply, the

power supply circuit should comply with energy-limiting circuit by

relevant standards, and pay attention to the high voltage circuits

there may exist.

c) If the product is used in hazardous area, the installation, operation

and maintenance should comply with the operation manual and

relevant requirements of national standards.

d) Be careful to tear down the instrument under the normal

atmospheric pressure.

3 Outline and installation

3.1 Product installation environment

3.1.1 Environmental condition

Operation Temperature：-40℃～85℃，With LCD display：-20℃～70℃

Storage Temperature：-40℃～100℃，With LCD display：-40℃～85℃

Ambient humidity range：5%RH～100%RH@40℃

3.1.2 Electromagnetic environment

Radiated interference：≤1000MHz

Radio frequency electromagnetic field interference≤10V/m（80MHz～

1GHz）； Electrostatic interference≤8kV

Power frequency magnetic field interference≤30A/m

3.1.3 Installation location selection

a) Please avoid locations subject to wide temperature variations or a

significant temperature gradient. And if the site equipment is

exposed to heat radiation, please take measures for insulation and

ventilation.

b) It is not recommended to install the transmitter in the corrosive

environment. If it is unavoidable, ventilation measures must be

taken and be careful to prevent the rainwater from penetrating into

the cable lines.

c) Although the transmitter is designed to be resistant to shock and

vibration. Try to install in places with low shock and vibration.

Warning

Avoid installation in places with large temperature differences, easy

condensation, easy icing and high vibration

3.2 Transmitter installation

The transmitter housing can rotate about 300 °against the sensor and

can be fixed at any position without affecting the performance and

internal wiring. When rotating the housing, it is not allowed to forcibly

rotate the sensor part. Loosen the setscrew with a 2mm hex wrench but

not screw it out completely. Retighten the screw after confirming the

installation position. This minimizes the impact on electronic circuit

connections and output displays. The installation is shown in the

following figure:

3.2.1 Smart gauge/absolute pressure transmitter –installation

3.2.2 Intelligent differential pressure transmitter - bracket mounting

Figure1 (Direct installation)

Figure 2 (Bracket mounting)

图2

Figure 5 (Flat Bracket

for pipeline)

Figure 4 (Bending

bracket for

panel mounting)

Figure 3 (Bending

bracket for 2"pipeline)

3.2.3 Differential pressure transmitter with remote seal - bracket

mounting

3.2.4 Intelligent differential pressure level transmitter

Figure 6 (Bending

bracket for 2" pipeline)

Figure 7 (Bending bracket

for panel mounting)

Figure 9 (Flush type)

Figure 10 (extended)

Figure 8 (Flat Bracket for

pipeline)

3.2.5 Pressure process connection

Unit in mm

MDM6000 With Display

MDM6000 Without Display

MDM6000 With Display

MDM6000 Without Display

Figure 13 (differential pressure)

Figure 14 (differential pressure)

Figure 11 (Gauge/Absolute)

Figure 12 (Gauge /Absolute)

MDM6000 With Display

MDM6000 Without Display

MDM6000 With Display

MDM6000 Without Display

Figure17 (Differential pressure level

transmitter with flush mount)

Figure 15 (Differential pressure

transmitter with remote seal)

Figure 16 (Differential pressure

transmitter with remote seal)

Figure18 (Differential pressure level

transmitter with flush mount)

MDM6000 With Display

MDM6000 Without Display

MDM6000 With Display

MDM6000 Without Display

Figure 19 (Differential pressure level

transmitter with the extension)

Figure 20 (Differential pressure level

transmitter with the extension)

Figure 21 Smart Gauge-T/Absolute-T

(Standard connection)

Figure 22 Smart Gauge-T/Absolute-T

(Standard connection)

MDM6000 With Display

MDM6000 Without Display

MDM6000 With Display

MDM6000 Without Display

Figure 23 Smart Gauge-T/Absolute-T

(Capillary tube Connection)

Figure 24 Smart Gauge-T/Absolute-T

(Capillary tube Connection)

Figure 25 Smart Gauge-T/Absolute-T

(Fixed capillary connections)

Figure 26 Smart Gauge-T/Absolute-T

(Fixed capillary connections)

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