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BA_M-SHEV_EN_17

www.simon-protec.com

Date: 30.07.2019

Issue: 1.7/07.2019

[email protected]

Page 11

Components — Sensor Interface (SI-100)

 — Sensor Interface (SI-100)

2.5 Sensor Interface – SI-100

Figure 9 

The triggering components – emergency button, smoke 
detector and on-site fire alarm system – are connected to the 
sensor interface. 

A sensor interface (SI-100) defines an ALARM group within a 
M-SHEV control panel. You can assign any number of motor 
outputs (MR-120) to the SI-100. These motor outputs then 
react according to the commands generated by the SI-100 
with closing or opening operations. The default settings are 
set on the SI-100 and MR-120 according to prEN 12101-9 
(unless factory-set by customer request).

2.5.1 Trigger or indicating lines (line monitored)

Three different triggering units can be connected to one SI-100:

• Emergency button type HE (first detection line B1)

• Smoke detector type RM (second detection line B2)

• On-site dry contact, e.g. a fire alarm system 

(third detection line B3)

The electrical connection of the respective triggering unit is 
carried out according to the diagram on page 21 of this man-
ual. The three detection lines (B1, B2 and B3) have the same 
triggering priority by default.

The outputs to these triggering units are monitored for short 
circuit and line interruption according to prEN 12101-9. 

In the event of a short circuit or power interruption in the con-
nection line, the SI-100 and the control system will switch to 
ALARM mode. All allocated MR-120 are triggered – the 
connected actuators move to the intended ALARM position.

2.5.2 Indicators

The SI-100 is provided with the following indicators:

• Indicating line is triggered 

(separate for B1, B2 and B3) – red,

• “Failure” (faults of the SI-100) – yellow,

• “OK” operating state – green.

2.5.3 ALARM mode reset

After a SI-100 has switched to the ALARM mode, it is reset to 
standby mode by a RESET command. This is only possible if 
all monitored triggering criteria (e.g. triggered smoke detec-
tor) have been reset. The RESET command can be given 
through the 

RESET button

 of the 

• Emergency button

• SI-100

For further information about the RESET function, see 
Chapter 2.5.5 “Reset function” on page 11.

2.5.4 DIP switches

The SI-120 has four DIP switches with the following functions:

• DIP switch 1: Activates / deactivates detection line B1

• DIP switch 2: Activates / deactivates detection line B2

• DIP switch 3: Activates / deactivates detection line B3

• DIP switch 4: Activates /  deactivates Autoreset function of 

detection line B3 (FAS)

Figure 10: SI-100 DIP switch

2.5.5 Reset function

The ALARM signal can be reset on the emergency button or 
at the sensor interface as described in Chapter 2.5.3 “ALARM 
mode reset”. When you pres
s the RESET button  for the first 
time, only the ALARM signal is reset. The opening actuators 
stay in the intended ALARM position.

When you press the 

RESET button

 for the 

second time, a ventilation signal CLOSE is 
generated. For this signal to have an effect on the 

MR-120, the ventilation source 

SI x 

/

 Reset  

must be enabled 

on the MR-120.

INFORMATION

The respective triggering action on the MR-120 can be ad-
justed via SIMON LINK (see chapter 2.6.2 “ALARM func-
tions” on page 13).

SI-100

Sensorinterface
Sensor Interface

M–SHEV

®

 

Factory-configured 

(internal 

RESET

Emergency Button HE

DIP

Internal

power supply)

BUS connection

switches

button

Smoke detector

FAS 

SI-100

Sensorinterface
Sensor Interface

M–SHEV

®

Summary of Contents for M-SHEV Series

Page 1: ...ily Copyright by SIMON PROtec Systems GmbH Subject to technical changes and errors All figures are exemplary Only valid with the supplementary sheet Safety instructions and warranty conditions Operati...

Page 2: ...0 2 4 6 Technical data ZI 100 ZI1 10 2 5 Sensor Interface SI 100 11 2 5 1 Trigger or indicating lines line monitored 11 2 5 2 Indicators 11 2 5 3 ALARM mode reset 11 2 5 4 DIP switches 11 2 5 5 Reset...

Page 3: ...time 17 2 7 3 Technical data MI 100 MI1 17 2 8 BUS Interface BI 100 optional 18 2 8 1 MODBUS 18 2 8 2 Digital inputs 18 2 8 3 Technical data BI 100 BI1 18 3 Mechanical connection 19 3 1 M SHEV 10 AP...

Page 4: ...gulation electronics for the operation of 24 V DC actuators Ventilation signals from ventilation buttons wind rain detectors and alarm triggering of three monitored indicating lines emergency button S...

Page 5: ...ties M SHEV 10 AP Dimensions W x H x D Weight including battery 14 3 kg Protection rating IP20 according to EN 60529 Housing Steel sheet powder coated Colour RAL 9010 Table 2 Mechanical properties M S...

Page 6: ...tching power supply charging device battery are used cascaded The following figures may vary depending on the size of the housing and number of modules According to EN 12101 10 both the primary switch...

Page 7: ...failure undervoltage of the power supply or if the primary power supply fails 2 1 4 Technical data rated values Table 6 Operating voltage continuous operation 230 V AC Permissible voltage range short...

Page 8: ...Fuse character type T 3 15 A Charging voltage 26 7 27 9 V DC Charging current 1 1 A Interruption time no interruption LED indicator for mains operating state Continuous green light mains present LED i...

Page 9: ...3 Internal BUS connection The individual modules of the M SHEV control panel are con nected to each other through the BUS connections RJ45 sockets 2 3 1 Terminal plugs AS 110 The AS 110 terminating pl...

Page 10: ...evaluat ed independently of each other as normally open or normally closed Two 24 V DC terminals mains backup are available to connect the inputs The respective functions are shown in the connection p...

Page 11: ...00 is provided with the following indicators Indicating line is triggered separate for B1 B2 and B3 red Failure faults of the SI 100 yellow OK operating state green 2 5 3 ALARM mode reset After a SI 1...

Page 12: ...0 SI1 Table 17 Permissible voltage range 21 28 2 V DC Power consumption standby mode 10 20 mA Power consumption ALARM mode max 80 mA Emergency button connection 7 terminals OK Y M RZ RA B1 Smoke detec...

Page 13: ...unction Basic The MR 120 module operates as standard with 3 priority levels for detection lines 1 HE button 2 smoke detector and 3 BMZ When an as signed sensor interface is triggered the MR 120 reacts...

Page 14: ...as long as the respective direction button is pressed The actuators stop as soon as the button is released If the ventilation button is touched only briefly the ventilation command is switched to cont...

Page 15: ...and closing times must be measured and then entered on site The connected actuators then move to the required position proportional to the applied supply voltage or current To ensure that this openin...

Page 16: ...ntacts A statement always consists of three elements a logical statement no entry statement is true or NOT the statement is negated the origin of the statement and the statement Origin of the statemen...

Page 17: ...ndition logical statement is true the dry contact relay is switched either as long as the condition remains true or for a preset time 1 second to 1 hour 2 7 2 c Hold time After reaching the condition...

Page 18: ...o set the parity stop bits and a watchdog function If the MODBUS communication is lost the BI 100 goes into fault mode 2 8 2 Digital inputs There are 2 digital inputs A 24 V DC terminal mains is avail...

Page 19: ...the housing s direct mounting points for the M SHEV see Figure 15 Mounting points back of housing or mount the four wall fixing lugs see Figure 16 Wall fixing lugs supplied to the housing and then ma...

Page 20: ...10 AP Figure 18 M SHEV DANGER The system must be mounted by specialist personnel qualified electricians only All relevant national safety regulations and directives apply to mounting installation and...

Page 21: ...h RM 2860 TH 4860 1 2 3 4 5 24V Wind Rain Digital Input GND E LZ A Z E 5 NO 1 2 3 NC Jumper Power Supply 4 e g central ventilation or other external control Mains Backup wind rain detector WTS OK Y M...

Page 22: ...formation for motor cable empirical formula Wire cross section mm single cable length m x number of actuators x current consumption per actuator A 73 The DIN VDE 0100 and DIN VDE 0298 regulations cont...

Page 23: ...rical fastening features i e it can be used on the right or left The lid can alternatively be equipped with a lock 5 2 M SHEV Place the pair of batteries on the bottom plate of the housing Connect the...

Page 24: ...51 379368 0 Fax 49 0 851 379368 70 SIMON PROtec Deutschland GmbH Fraunhoferstra e 14 82152 Planegg Martinsried Tel 49 0 89 79170 11 Fax 49 0 89 79179 72 E Mail info simon protec de Internet www simon...

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