Siemens LMV36.520 Series Manuel utilisateur

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21.05.2021

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7544

LMV36.520...

AGM60.4

Basic unit with integrated fuel-air

ratio control for forced draft burners

LMV36.520…

Switch unit for switching the valve

control or feedback signals of both

fuels

AGM60.4A9

The LMV36 burner management system is a microprocessor-based burner

control with matching system components for control and supervision of forced

draft burners of medium to high capacity.

For the use of dual fuel application with 2 fuel actuators, the AGM60 dual fuel

switch unit is required.

The LMV36 / AGM60 and this Data Sheet are intended for use by OEMs which

integrate the actuators in their products!

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Use

Microprocessor-controlled LMV36 for single-fuel burners of any capacity, with electronic

fuel-air ratio control, with up to 2 actuators, and with integrated gas valve proving.

The system components (AZL2 and actuators) are connected directly to the LMV36 in

single-fuel operation. All safety-related digital inputs and outputs of the LMV36 are

supervised by a contact feedback network.

The AGM60 dual fuel switch unit connected to the LMV36 is used for switching the fuel

valve control and the feedback signals of both fuel actuators.

Type-tested and approved in accordance with DIN EN 298

Applications in accordance with EN 676: Automatic forced draft burners for

gaseous fuels

Applications in accordance with EN 267: Forced draft burners for liquid fuels

For intermittent operation in connection with the LMV36/AGM60, the ionization probe or

the QRA/QRC optical flame detector can be used.

Continuous operation is possible only when using an ionization probe and

without AGM60.

Features

The following components are integrated in the LMV36:

Burner control complete with valve proving system

Electronic fuel / air ratio control system for a maximum of 2 actuators SQM3 or

SQN1

Control of VSD for air fan

Modbus interface

BCI for connection a display or PC

Unit parameter adjustable either via display or PC software ACS410

Notes

Warning!

All safety, warning and technical notes given in the Basic Documentation of the

LMV36

(P7544) also apply to this document!

For North America

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Standards and certificates

Applied directives:



Low

voltage directive

2014/35/EU



Directive for pressure devices

2014/68/EU



Gas Applia

nces Regulation (EU)

(EU) 2016/426



Electromagnetic compatibility EMC (immunity) *)

2014/30/EU

*) The compliance with EMC emission requirements must be checked after the burner management

system is installed in equipment

Compliance with the regulations of the applied directives is verified by the adherence to

the following standards / regulations:

Automatic burner control systems for burners and appliances

burning gaseous or liquid fuels

DIN EN 298

Safety and control devices for gas burners and gas burning

appliances - Valve proving systems for automatic shut-off

valves

DIN EN 1643

Gas/air ratio controls for gas burners and gas burning

appliances

Part 2:

Electronic types

DIN EN 12067-2

Safety and control devices for gas burners and gas burning

pliances

DIN EN 13611

Safety and control devices for gas burners and gas-burning

appliances - Particular requirements

Part 1:

Automatic and semi

automatic valves

ISO 23552-1

Automatic electrical controls for household and similar use

Part 2-5:

Particular requirements for automatic electrical burner control

systems

DIN EN 60730-2-5

The relevant valid edition of the standards can be found in the declaration of

conformity!

Note on EN 60335-2-102

Household and similar electrical appliances – Safety

Part 2-102:

Particular requirements for gas, oil and solid-fuel burning appliances having electrical

connections. The electrical connections of the LMV36 and the AGM60 comply with the

requirements of EN 60335

102.

EAC Conformity mark (Eurasian Conformity mark)

ISO 9001:2015

ISO 14001:2015

OHSAS 18001:2007

China RoHS

Hazardous substances table:

http://www.siemens.com/download?A6V10883536

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Life cycle

The burner management system has a designed lifetime* of 250,000 burner startup

cycles which, under normal operating conditions in heating mode, correspond to

approx. 10 years of usage (starting from the production date given on the type field).

The AGM60 dual fuel switch unit has a designed lifetime* of 5,000 burner startup cycles

which, under normal operating conditions in heating mode, correspond to approx.

10 years of usage (starting from the production date given on the type field).

This lifetime is based on the endurance tests specified in standard DIN EN 298. A

summary of the conditions has been published by the European Control

Manufacturers Association (Afecor) (www.afecor.org).

The designed lifetime is based on use of the LMV36 / AGM60 according to the

manufacturer’s Data Sheet and Basic Documentation. When reaching the designed

lifetime in terms of the number of burner startup cycles or time of usage, the LMV36 /

AGM60 must be replaced by authorized personnel.

* The designed lifetime is not the warranty time specified in the Terms of Delivery

Supplementary documentation

User Documentation Modbus AZL2........................................................................ A7541

Environmental Product Declaration LMV2 / LMV3...............................................E7541 *)

Environmental Product Declaration AGM60 ........................................................E7547 *)

Installation and Operating Instructions PC Software ACS410 .................................J7352

Basic Documentation LMV36 / AGM60 .................................................................. P7544

Product Range Overview LMV2 / LMV3 .................................................................Q7541

*) On request

LMV36

AGM60

General

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System overview

The diagram shows the full scope of functions of the LMV36. The actual functions are

to be determined based on the respective execution / configuration!

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Ordering

LMV36

The basic unit is the actual burner control featuring all-polar

input/output terminals. No operating elements. Operation via

detached ancillary units for wire-bound communication.

See Basic Documentation

P7544

Article no. Type Mains voltage Parameter set Detectors

BPZ:LMV36.520A1 LMV36.520A1 AC 120 V North America QRA2 / QRA4 / QRA10 / QRB /

ION

S55402-C202-A100 LMV36.520A1UL AC 120 V US QRA2 / QRA4 / QRA10 / QRB /

ION

AGM60.4A9

Connected on the LMV36.

Used for switching the valve control or feedback signals and

actuators of both fuels.

See Basic Documentation

P7544

Article no.

Type

Mains volt

BPZ:AGM60.4A9

AGM6

0.4A9

AC 120 V

The fuel selector is not a component of the AGM60 and does not constitute part of the

scope of delivery.

OCI410 interface between burner management system and

Article no.: BPZ:OCI410

Facilitates viewing, processing, and recording of setting

parameters on site using the ACS410 PC software.

See Data Sheet

N7616

OCI412.10 Modbus interface

Article no.: BPZ:OCI412.10

Device serving as an interface between the LMV36 and a

Modbus system, such as a building automation and control

system (BACS). The Modbus interface is based on the

RS-485 standard.

See Data Sheet N7615.

ACS410 PC software

Article no.: BPZ:ACS410

PC software for parameterization and visualization to the

burner management system.

See Software Documentation J7352.

Burner control

Dual fuel switch unit

Fuel selector

Service tools

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Ordering (cont'd)

AZL21.00A9

Article no.: BPZ:AZL21.00A9

Detached display and operating unit, choice of mounting

methods, 8-digit LCD, 5 buttons, BCI for LMV36, degree of

protection IP40.

See Data Sheet

N7542

AZL23.00A9

Article no.: BPZ:AZL23.00A9

Detached display and operating unit, choice of mounting

methods, 8-digit LCD, 5 buttons, BCI for LMV36 system,

degree of protection IP54.

See Data Sheet N7542.

Display and operating

units

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Ordering (cont´d)

QRA2

Flame detector for use with Siemens burner controls, for the

supervision of gas flames and yellow- or blue-burning oil

flames as well as ignition spark checking. Plastic housing,

metalized to prevent static charging caused by the air flow

from the fan. For direct mounting on the burner. The

detectors can be supplied with or without securing flange

and clamp.

See Data Sheet N7712

QRA4

Flame detector for use with Siemens burner controls, for the

supervision of gas flames and yellow- or blue-burning oil

flames as well as for ignition spark proving.

See Data Sheet N7711

QRA10

Flame detector for use with Siemens burner controls, for the

supervision of gas flames and yellow- or blue-burning oil

flames as well as ignition spark checking. Die-cast aluminum

housing with a 1 in. mounting coupling and connection

facility for cooling air. The housing of this detector has a

bayonet fitting which allows it to be secured either directly to

the 1 in. mounting coupling or to the AGG06. The 1 in.

mounting coupling can be screwed to a viewing tube or to

the AGG07. The Pg cable gland can be removed and

replaced, if some other detector cable shall be used.

See Data Sheet N7712

QRB1

Photo resistive flame detector for use with Siemens burner

controls, for the supervision of oil flames in the visible light

spectrum. Especially suited for use with burner controls for

small capacity burners in intermittent operation.

See Data Sheet N7714

QRB3

Photo resistive flame detector for use with Siemens burner

controls, for the supervision of oil flames in the visible light

spectrum. Especially suited for use with burner controls for

small capacity burners in intermittent operation.

See Data Sheet N7714

QRB4

Yellow flame detector for use with Siemens burner controls,

for the supervision of oil flames in the visible light spectrum.

The QRB4 is used in connection with oil burner controls in

intermittent operation.

Refer to data sheet N7720

lame

detectors

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Ordering (cont´d)

SQM33.4

Rated torque 1.2 Nm (0.8 Nm holding torque when dead),

running time 5 s, stepper motor, front mounting, D-type drive

shaft.

See Data Sheet N7813.

SQM33.5

Rated torque 3 Nm (2.6 Nm holding torque when dead),

running time 5 s, stepper motor, front mounting, D-type drive

shaft.

See Data Sheet N7813.

SQM33.7

Rated torque 10 Nm (6 Nm holding torque when dead),

running time 17 s, stepper motor, front mounting, D-type

drive shaft.

See Data Sheet N7813

SQN1

Rated torque 1 Nm (0.2 Nm holding torque when dead),

running time 5 s, stepper motor, front mounting, D-type drive

shaft.

See Data Sheet N7803.

Actuators

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Ordering (cont´d)

AGG3.131

Article no.: BPZ:AGG3.131

Complete connector set RAST2.5 / RAST3.5 / RAST5 for

gas / oil applications, single pack.

See Object List C7541 (74 319 0637 0).

Example: X5-02

AGG3.132

Article no.: BPZ:AGG3.132

Complete connector set RAST2.5 / RAST3.5 / RAST5 for

gas- / oil applications, pack of 10.

See Object List C7541 (74 319 0637 0)

AGG3.131 AGG3.132 Connector

type

Terminal Description

RAST5

Air pressure switch (LP)

RAST5

Burner flange

RAST5

Power supply

(L, N, PE

)

for

safety loop

(

)

110 RAST5 X3-05 Alarm (AL)



an motor (M)

RAST5

Ignition (Z)

110 RAST5 X5-01 Gas pressure switch-min (Pmin)



Oil pressure switch

min (Pm

in)

110 RAST5 X5-02 Gas pressure switch-max (Pmax)



Oil pressure switch

max (Pmax)

RAST5

External load controller (LR)

RAST5

Safety valve (SV)

RAST5

Fuel valve (V2)

RAS

Fuel valve (V3)

RAST5

Fuel valve (V1)

RAST5

Reset, operatin

g mode

display (B4)

110 RAST5 X9-04 Gas pressure switch (GP)



Pressure switch valve proving (P LT)

AST5

X10

Flame detector ION, QRB, QRC

RAST5

X10

Flame detector QRA2/QRA4

RAST5

X75

Fuel meter

110 RAST3.5 X64 1 x 5-pin connector / reserve



Load controller

(LR)

input

(

–

20 mA

)

RAS

X74

1 x 5

pin connector / VSD

RAST2

X92

Modbus (COM)

Connector sets

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