Zeiss LSM 900 Bedienungsanleitung

Installation Requirements

ZEISS LSM 900

Laser Scanning Microscope

ZEISS LSM 900

Original Manual

Carl Zeiss Microscopy GmbH

Carl-Zeiss-Promenade 10

07745 Jena

Germany

[email protected]

www.zeiss.com/microscopy

Carl Zeiss Microscopy GmbH

Carl-Zeiss-Promenade 10

07745 Jena

Germany

Document Name: ZEISS LSM 900 Installation Requirements

Order Number: 349500-8183-000

Revision: 2

Language: en-US

Effective from: 07/2020

transmitted in any form or by any means - including electronic or mechanic methods, by photocopying, recording or by any in-

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tions may be prosecuted as copyright infringements.

The use of general descriptive names, registered names, trademarks, etc. in this document does not imply that such names are

exempt from the relevant intellectual property laws and regulations and therefore free for general use. This shall also apply if

this is not specifically referred to. Software programs shall entirely remain the property of ZEISS. No program or subsequent up-

grade thereof may be disclosed to any third party, copied or reproduced in any other form without the prior written consent of

ZEISS, even if these copies or reproductions are destined for internal use at the customer's only, the only exception being one

single back-up copy for archiving purposes.

ZEISS reserves the right to make modifications to this document without notice.

ZEISS  Table of contents

Table of contents

1 About these Installation Requirements................................................................ 4

1.1 Further Applicable Documents ................................................................................. 4

2 Requirements........................................................................................................ 5

2.1 Environmental Requirements ................................................................................... 5

2.1.1 Acoustic Noise ............................................................................................. 5

2.1.2 Air Conditioning and Quality ........................................................................ 5

2.1.3 Electromagnetic Compatibility ...................................................................... 6

2.1.4 Vibration ...................................................................................................... 7

2.2 Location Requirements ............................................................................................ 7

2.2.1 Space Requirements ..................................................................................... 7

2.3 Mains Connection.................................................................................................... 9

2.3.1 Overvoltage Category................................................................................... 10

2.3.2 UPS Requirements ........................................................................................ 12

2.4 Network Connectivity .............................................................................................. 12

2.4.1 ZEISS Predictive Service................................................................................. 13

2.5 Safety and Radiation Information............................................................................. 14

2.5.1 Laser Safety.................................................................................................. 14

2.5.2 Biosafety Level of the Laboratory.................................................................. 15

2.6 Gas Supplies ............................................................................................................ 15

2.6.1 Compressed Air............................................................................................ 16

2.6.2 CO₂ and other Gas Supplies ......................................................................... 16

2.7 Transport and Storage ............................................................................................. 17

2.7.1 Weight and Sizes of the Transported Goods................................................. 17

2.7.2 Weight and Sizes.......................................................................................... 18

3 Applicable Standards and Regulations ................................................................ 19

4 Responsibility Checklist ........................................................................................ 20

4.1 Responsibility Checklist ............................................................................................ 21

Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000 3

1 About these Installation Requirements | 1.1 Further Applicable Documents ZEISS

1 About these Installation Requirements

This document describes the location requirements for the installation of the LSM 900. Here-

inafter referred to as Microscope System.

It helps to determine a suitable location within facilities and to prepare the location before deliv-

ery of the Microscope System. The suitability of a location depends on various factors such as:

§Room size

§Floor stability

§Environmental conditions

§Availability of supplies

The room size should be able to accommodate the Microscope System as well as potential acces-

sories and 3rd party systems that may be attached to the Microscope System. For servicing the

equipment, adequate access space is also required. The selected location should conform with the

correct environmental conditions to ensure the safe and ideal operation of the Microscope System

and its application whilst still ensuring the safety and comfort of the operators. Environmental

conditions are often influenced by surrounding installed systems or activities. We can distinguish

between:

§Vibrations

§Acoustic noise

§Room temperature

§Air quality

The customer is responsible for ensuring that the conditions specified in this document are met

and that the required equipment is available before delivery and installation. A ZEISS service repre-

sentative will gladly assist you in examining the installation conditions and suitable measures.

1.1 Further Applicable Documents

Please take also note of the following documents:

Downloads Brochures, Safety data sheets, ISO certificates, CSA certificates and EU declarations of conformity

as well as software and firmware updates can be found at https://www.zeiss.com/microscopy/int/

downloads.html or ask your ZEISS Sales & Service Partner.

Local and National

health and safety

regulations

Local and national health and safety regulations should be adhered to for the site and the use of

the system. Please consult with your ZEISS Sales & Service Partner in the event of these regulations

conflicting with the installation requirements of the Microscope System.

System and 3rd

Party Components,

Accessories

The Microscope System can be configured in many ways. Information about the individual com-

ponents, enhancements and accessories can be obtained from your ZEISS Sales & Service Partner.

Also refer to the 3rd Party documentation of the manufacturer.

4 Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000

ZEISS 2 Requirements | 2.1 Environmental Requirements

2 Requirements

The following sections describe each requirement in detail.

2.1 Environmental Requirements

Environmental effects such as acoustic noise, floor vibration and room temperature have a signifi-

cant impact on the performance of the Microscope System and the ability to achieve the specified

performance with particular regard to long term and sensitive workflows as well as equipment

safety.

A site survey can be requested from your local ZEISS service representative prior to the installation.

2.1.1 Acoustic Noise

It is recommended that the microscope system is installed and operated in a quiet room. Sound

waves, e.g. vibration of the air caused by air-conditioning and other systems producing acoustic

noise, will affect the Microscope System and may cause image distortion.

The following noise levels meet the specification of a quiet room and consider the potential reso-

nance frequencies of damping tables.

Allowable noise level

31.5 to 120 Hz less than 55dB (Z class)

120 to 200 Hz less than 50dB (Z class)

200 to 500 Hz less than 55dB (Z class)

2.1.2 Air Conditioning and Quality

The following nominal power usage for the Microscope System and possible accessories is shown

in Watts. To maintain a more constant room temperature, the size of the air-conditioning should

be well matched to the size of the room and the heat generated.

The stable air conditioning of the room is critical to achieving stable and repeatable results from

most imaging and analytical systems.

§The room should remain at the recommended temperature and humidity 24h per day and 7

days a week.

§The air conditioning system must NOT be directed at the system and must be of the correct

size to ensure the room temperature is as stable as possible.

§Use room temperature and humidity monitoring devices to ensure the stability of the room is

maintained.

In the event of the room temperature changing from the nominal value, the Microscope System

can take up to 3hours to stabilize before it can be used for reliable and stable results on sensitive

experiments.

Value

Heat Dissipation Max. 700W

Typical operation: 500W

Warm-up time 1h

Warm-up time (for highly precise and/or

longterm measurements)

≥ 3h

Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000 5

2 Requirements | 2.1 Environmental Requirements ZEISS

Value

Temperature range for operation with indi-

cated performance (24 h per day, regardless

of whether the microscope is in operation or

switched off)

22 ± 3 °C

Temperature for reduced performance opera-

tion

15 to 35 °C

Recommended best temperature stability ± 0.5 °C/h

Long-term recommended stability ± 0.5 °C/h not more than ±1.5°C/h/12h

Relative humidity < 65 %

Pollution degree [

}

6] 2

To ensure sufficient clean air circulation through the cooling systems, do not operate the system

above the allowed altitude listed under Location Requirements [

}

7].

Dust can cause erratic errors or possibly irreversible damage to electronic devices. Care should be

taken that the site is as dust free as possible.

2.1.2.1 Pollution Degrees

IEC61010-1 specifies different types of pollution environments.

Pollution De-

gree

Description

1 No pollution or only dry, nonconductive pollution occurs. The pollution has

no influence. Example: A circuit in a hermetically sealed box (such as an IC

chip). No air can come into the box to bring condensation or conductive

particles.

2 Only nonconductive pollution occurs. Occasionally, temporary conductivity

caused by condensation is to be expected. Example: A circuit used in an of-

fice environment. The circuitry inside a computer would fall in this cate-

gory.

3 Conductive pollution occurs, or dry nonconductive pollution occurs that

becomes conductive due to condensation that is to be expected. Example:

Circuitry that is exposed to outside air, but will not be in contact with pre-

cipitation. A garage door opener would fall under this category. Note: Al-

though the IEC has defined this pollution degree in other documents,

IEC61010-1 does not cover Pollution Degree 3.

4 The pollution generates persistent conductivity caused by conductive dust

or by rain or snow. Example: An exposed outdoor control box for a water

pump. Note: Although the IEC has defined this pollution degree in other

documents, IEC61010-1 does not cover Pollution Degree 4.

2.1.3 Electromagnetic Compatibility

The Microscope System is suitable for laboratory and industrial premises but less suitable for do-

mestic premises where the EMC could interfere with nearby domestic appliances such as land line

phones and radios. The system can cause minimal electrical and radio interference as detailed by

its classification as a CISPR 11 / DIN EN 55011 / class A system according to DIN EN 61326-1.

6 Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000

ZEISS 2 Requirements | 2.2 Location Requirements

2.1.4 Vibration

Vibrations can be caused e.g. by heavy-duty machinery installed on the same floor or even in the

same building as well as transport facilities operated nearby. Depending on the floor stability and

construction, even walking in the room or in the hallways may affect the image quality.

Allowable vibration values (under operating conditions on system table):

§Less than Vibration Class VC-C, 12.5 μm/s (IESTRP12 and ISO10811)

Reference for floor measurements:

§Please conform with the attenuation specifications of the proposed system table to ensure the

VC-C specification is met on the table.

§For the NEWPORT Vision IsoStation series of damping tables recommended by ZEISS:

Less than 63µm/s for 0 to 4Hz and less than 125µm/s for 4Hz to 1000Hz

§These recommendations are based on an attenuation of -10dB starting from 4Hz and over

-26dB above 10Hz. Low frequency vibrations (swaying) is recommended to be less than half

of the 4Hz limits.

Requirements for measuring vibrations:

§Three positions should be measured.

§The positions need to cover a triangle over the area where the microscope will be installed.

§At each position, measurements in X, Y and Z need to be taken.

§X is along the front of the microscope.

2.2 Location Requirements

The Microscope System must only be operated in closed rooms. It is recommended to install the

Microscope System in a dimmed room where artificial illumination, sunlight or other light sources

cannot interfere with image acquisition. The Microscope System should not be installed near radi-

ators or windows with direct sunlight. Compliance with the installation requirements of the Mi-

croscope System and the availability of the requested supplies is the responsibility of the customer

and has to be readily available at the time of installation.

Installation site Exclusively inside buildings

Operating range Max. 2000 m above sea level

§Do not place the Microscope System near windows with direct sunlight or radiator heating

systems which could change the temperature of the system.

§Do not position power supplies or racks under the system table because the heat dissipated

can cause instability of the Microscope System through the expansion of the steel table.

§Harmful gases and fumes that may be used on the Microscope System must be safely ex-

tracted from the Microscope System and site in accordance with local safety regulations.

§The Microscope System must not be set up in areas with potential danger by explosives.

2.2.1 Space Requirements

Recommended room size Min. 4.0 m x 5.0 m x 2.3 m

Service and safety clearance area Min. 0.5 m around the Microscope System

Min. 0.9 m clearance from the table edge on

the side of the laser module

Customer arranged computer workspace Min. 0.8m x 1.2m x 0.76m

Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000 7

2 Requirements | 2.2 Location Requirements ZEISS

Entrance Min. 0.8 m wide

Hallways Min. 1.2 m wide

Corners Min. 1.2 m for boxes

Transport ways Free of staircases

Power sockets Should be no further than 1.5m from the

power supply entry socket of the Microscope

System

§Allow for sufficient space depending on the size of the tables used on site.

§Electrical components must be at least 10cm away from the wall and not near flammable ob-

jects.

The following layouts are recommended for optimal accessibility, airflow and stability, depending

on the options purchased with the system. For possible changes in preferential layout, please dis-

cuss with your ZEISS representative. The placing of the user table can vary depending on available

space and cable lengths.

Service

Access Area

850 500

2350

3300

800

1000

1000 1200400500

max. 1500

Fig.1: Recommended arrangement for Axio Imager.Z2 or Axio Examiner.Z1 (measurements in

mm)

1LSM scan module 2Component rack with laser module and

power supply unit

3System table, small 4Microscope stand

§Axio Imager.Z2 or

§Axio Examiner.Z1

5Power point for accessories 6Gas supplies (if required)

7Customer arranged computer

workspace

8 Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000

ZEISS 2 Requirements | 2.3 Mains Connection

Service

Access Area

1000 500

2500

3600

800

1000

1300 1200400500

max. 1500

Fig.2: Recommended arrangement for Axio Observer 7 (measurements in mm)

1LSM scan module 2Component rack with laser module and

power supply unit

3System table, medium 4Microscope stand Axio Observer 7

5Power point for accessories 6Gas supplies (if required)

7Customer arranged computer

workspace

The laser module, the power supply and, if available, the Airyscan 2 for the scanning module are

mounted inside the component rack, which should be positioned next to the system table on the

floor.

2.3 Mains Connection

The Microscope System must be properly installed with the power cords and supplied socket with

protective ground contact securely connected.

The provided electrical connection must be in accordance with the applicable electrical codes for

the country of installation. In order to avoid disturbance from other installed machines, you must

use a separate power connection.

The Microscope System is connected to the AC mains via two mains cables, one running to a

power strip and one running to the Power Supply unit for further power distribution.

§Make sure the mains connector is not more than 1.5m away from the position of the laser

rack.

§Do not extend or modify the supplied power cords.

§Do not connect electrical systems that are not authorised by ZEISS on the supplied power sup-

ply cords.

Value

Nominal AC voltage 1/N/PE 120 or 230 VAC (+/-10%)

2 standard local power points are required.

Nominal frequency 50 - 60 Hz

Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000 9

2 Requirements | 2.3 Mains Connection ZEISS

Value

Main Power Plug Country-specific connectors (200 - 240 V) 2-

pin (16 A) + PE

NEMA 5-15 (100 V - 125 V) 2-pin (15 A) + PE

Power consumption max. 900 VA

Max. current 4.5 A at 230 V

9 A at 120 V

Accessories mains power Standard local 230V or 120V mains socket

Circuit breaker type Type C MCB (Miniature Circuit Breaker) or

MCCB (Moulded Case Circuit Breaker) ac-

cording to IECEN60898

Leakage current (relevant for Residual Cur-

rent Device)

max. 4.5mA at 230V

max. 2.5mA at 120V

Protection class IP20 (IEC60529)

IEC earth class Class 1 of IEC 61140

All chassis are connected to electrical earth

by the earth cable in the mains cable.

Overvoltage Category [

}

10] II

2.3.1 Overvoltage Category

The IEC defined the term Overvoltage Category (sometimes referred to as Installation Category) to

address transient voltages. Category IV devices can handle the largest transients relative to the

normal working voltage. Category I devices can handle only small transients.

Voltage transients are defined as short duration surges of electrical energy. Repeatable transients

are frequently caused by the operation of motors, generators, or the switching of reactive circuit

components. Random transients, on the other hand, are often caused by lightning and electro-

static discharge. Ensure that the possibility of transient voltages on the mains line are minimal to

prevent damage to the system.

Max. transient voltage in V

Nominal Voltage

(VAC)

Category I Category II Category III

50 330 500 800

100 500 800 1500

150 800 1500 2500

300 1500 2500 4000

600 2500 4000 6000

1000 4000 6000 8000

Tab.1: IEC Definitions of tolerated Transient Voltages for each Overvoltage Category

10 Installation Requirements ZEISS LSM 900 | en-US | Rev. 2 | 349500-8183-000

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