Somati system FSTronic IRC-FI Manual

Designed for drives of sliding (or vertically moving with counter weight) fire gates with system of battery backup

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Control unit FSTronic IRC-FI

Designed for drives of sliding (or vertically moving

with counter weight) fire gates with system of battery

backup

Content:

Power supply .......................................................... 2

Configuration .......................................................... 2

Installation and setting ............................................. 4

Connection of other external devices ....................... 11

Description of control and terminal blocks ................ 13

Counter of cycles on control panel .......................... 24

Value report on the functional display ...................... 25

Errors on frequency invertor ................................... 27

Connectors............................................................ 28

10. Control panel ........................................................ 30

11. Regular service ...................................................... 32

12. Circuit diagrams .................................................... 34

manual for version: IRC-FI v 1_0

version

STANDARD

Vrersion COMPACT

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Summary of Contents for Somati system FSTronic IRC-FI

Page 1: Table Of Contents
Control unit FSTronic IRC-FI Designed for drives of sliding (or vertically moving with counter weight) fire gates with system of battery backup Content: version STANDARD Power supply ............2 Configuration ............2 Installation and setting ..........4 Connection of other external devices ....... 11 Description of control and terminal blocks ....
Page 2: Power Supply
2. Configuration FSTronic IRC-FI is designed to control drive of sliding (or vertically moving with counter weight) fire gates - using asynchronous motors (eg. EPO) with system of battery back up. Power supply of control box is backed up by batteries to close gate (or to open gate) in case of power failure, using special battery backup system and frequency inverter.
Page 3: Installation And Setting
EPO 180W EPO 350W FSTronic IRC-FI is available in the COMPACT version, this version differs from the basic version only in the range of standard equipment - the COMPACT version does not include a keyswitch lock on the control panel.
Page 4 Before starting connect only: Motor cable FSTronic IRC-FI (can be part of motor) Motor power - terminal block X4 terminals 1, 2, 3, S, PE (picture 1.1) o terminal 1 (motor phase) – wire marking XM/U (eventually 1) o terminal 2 (fáze motoru) –...
Page 5 Power cable – terminal block X4 terminals L,N,PE Necessary to connect all wires including grounding. Without grounding (PE) can be unit damaged. After connecting the switchboard to the mains, the batteries can be connected by inserting a fuse into the disconnector, see point 3.7 Connect terminals EPS - fire contact (X2:+ and X:10) by default set as input NC contact - can be changed by parameter...
Page 6 External battery (voluntarily accessory), recommended only original accumulators - 24V (2x12V) with fusing Installation of the battery fuse. Fuse is delivered together with control unit, but is not inserted in connector. Is fixed on the door of control unit. Fuse type tubular fuse 10x38 gG32a.
Page 7 3.1. Setting of end switches IRC (incremental) First check the value of parameter “r”, if is equal to used motor. If the control panel has already been used in the past, we recommend performing a complete reset of the control panel by calling the function , see the description in point 3.2 After switching on the control panel power supply, which has already been set in the...
Page 8 necessary to hold the knob button until display shows: „ dir ̄ ˍ “ – if two horizontal lines light, the direction has been already set „ dir ̄ ˍ “ – if two horizontal lines ﬂash, the direction has not been set yet Afterwards press keyboard buttons “open”...
Page 9 3.1.3. Setting of middle position: press press 5s middle position saved We can start setting of middle position after saving the position “opened” or by pressing button knob, there is displayed: „End - “ – if the middle line lights up, the position has been already set „End - “...
Page 10 • If the actual position of gate corresponds with the required position it is possible to save the setting – by pressing STOP button on keyboard and holding the button for 5 seconds. • After saving the lower end position (by holding STOP on keyboard for 5 seconds), we automatically proceed to calibration of opening time.
Page 11: Connection Of Other External Devices
It is possible to terminate the calibration by pressing knob button – however, the calibration of time is not set and the unit cannot work automatically. 3.2. Complete reset of unit If necessary it is possible to make complete reset (e.g. in case of using on other motor). Deletes end positions calibration of the time all parameters will be set to default and parametr “r”...
Page 12 the button, the gate starts to open to the end position or stops after we press the button again. When we do another press of the button, the gate starts to close to the end position or after another press of the button the gate stops. The gate can be stopped anytime with button STOP. When EPS (fire alarm system) is activated –...
Page 13: Description Of Control And Terminal Blocks
5. Description of control and terminal blocks 5.1. Func Terminal block of function FUNC is used to internal functional connection of the control box, nothing has to be connected on this terminal block. 5.2. DIP switch 5.2.1 Description of DIP switch functions DIP1 –...
Page 14 5.2.2. Description of setting functions on DIP SWITCH POSITION lower safety sensor upper safety sensor “open”button Placed on control panel shortening of closing when passing safe. sensor locking of external inputs impulse+pull detection of obstacle during automatic closing fully opened partly closed no function activation of OSE...
Page 15 5.3. Description of functions on display device 5.3.1. Control of menu on display press 1x 1x press showes actual version of program. press 4s press 1x Description of setting of optional parameters on display device. To enter the setup we have to hold knob button and after 4 seconds display shows „Par“.
Page 16 5.3.2. Parameters and their values Parameter - Audio & visual signalization - warning light (output X2:26, X2:27) during movement during alarm • 0 = active with delay active with delay, during alarm duration • 1 = not active active with delay, during alarm duration •...
Page 17 Parameter – time of battery discharging Time after which the gate, held on batteries, closes during power failure. Range of values: • 0-30 minutes • „-„ = depends on battery condition and load Default = 10 Parameter – Emergency Open width Setting of width for automatic open in alarm and activation of button Emergency Open (input X2:+, X2:9) Range of values: •...
Page 18 We select the type of motor and the control box enters, into the frequency inverter, the appropriate parameters of the particular motor for its proper and smooth operation. Note: Control boxes FSTronic IRC-FI are supplied in two sizes of frequency inverter see the table, point 2. Power of Value „r“...
Page 19 Power of Value „r“ Motor type Type od sensor inverter EPO 350W „-„ Individual motor „-„ = motor parameters according setting on frequancy inverter settings note: Warning, this value can be used only based on agreement with the producer. Only for special applications for non-standard motors.
Page 20 Parameter – field of deceleration closed possition Range of values: 1–10 % Value of the length distance before reaching bottom end possition. Value is shown in percent of traveling distance. Note: In case of roller gate inﬂuenced by non linearity of roll up diameter. Default = 3 % Parameter –...
Page 21 Parameter - another alarm braking time Allows you to select the length of the stop time in case of the SECOND and EVERY OTHER activation of the safety device during closing in alarm. Range of values: 1–999 second/s Default = 10 Parameter - type of input EPS - fire contact (X2:10, X2:+) 0 = NC input normally closed 1 = NO input normally opened...
Page 22 Type of rellay output open possition (X2:31, X2:37) 0 = at possition - closed, from closed till possition – opened 1 = at possition - opened, from closed till possition - closed Default = 0 Type of rellay output closed possition (X2:31, X2:38) 0 = at possition - closed, from possition till opened –...
Page 23 REFERENCE Setting the behavior of the drive during referencing 0 = reference point in closed possition + monitors infra 1 = reference point in closed possition + do not monitor infra 2 = reference point in opened possition + monitors infra 3 = reference point in opened possition + do not monitor infra Default = 0 Pushing door in closed possition...
Page 24 Engine slip – start-up Range of values: 3–99% Asynchronous motor slip setting during start-up (the higher the value, the "harder" the motor and the higher the power and the lower the sensitivity to overload) Default = 70% Engine slip – normal run Range of values: 3–99% Asynchronous motor slip setting during normal run (the higher the value, the "harder"...
Page 25: Counter Of Cycles On Control Panel
6. Counter of cycles on control panel Control box FSTronic has built-in internal memory, from which it is possible to display the state of performed cycles of gate. Counter supplied after installation is reset. After change of some components (e.g. motor) or after the complete overhaul of mechanical device of gate, it is possible to reset the counter values–...
Page 26: Value Report On The Functional Display
6.2. Indication of the end of service intervals Control box FSTronic is equipped with internal memory, which displays end of pre-set service interval by simultaneous and synchronized ﬂashing of all diodes. Standard interval is pre-set on 3000 cycles (see setting of parameter ) or 1 year (see setting of parameter from the last service (or putting into operation).
Page 27  Opening “deadman”.  Closing “deadman”.  Waiting for automatic closing 88 = seconds.  In position 1 ﬂashing „A/L“ i.e. alarm. In position 2 it displays:  „F“ - alarm from EPS input X2:+, X2:10  „b“ if the time ended (discharged) or the battery voltage dropped and power supply is not present ...
Page 28 7.2. Errors report on functional display lashes as a basic error because the drive reference has not been performed. It is necessary to switch the drive off and on again and call up the drive referencing, see 3.1 Error IRC failure of communication. It did not reach the position in time, went to “stop”, can be reset by new impulse to movement.
Page 29: Errors On Frequency Invertor
8. Errors on frequency inverter List of errors on frequency invertor - see manual of the invertor YASKAWA AC V1000. In case of fault “OC” (over current) or “SC” (short circuit) immediately disconnect motor cable and check if there is not short circuit. If this fault is repeated also when the motor cable is disconnected then the frequency inverter is damaged.
Page 30 PULL SWITCH - NO contact (always opens and if the safety devices allow that the gate closes after the end of set time) +24 V „EMERGENCY OPEN - NO contact - after activation during alarm gate opens into position set by Par „9“, and after the end of set time Par „A“...
Page 31: Control Panel
9.3. Power terminal block (terminal block X4) L, N, PE power supply 1 x 230 V TN-S 1, 2, 3 drive motor phases shealding of motor cable - connected with ground ground of motor cable shealding of cable IRC sensor 5, 8 power supply of IRC sensor 6, 7...
Page 32 10.2.1. Description of individual LED diodes: If the diode is permanently ON, control is activated. If the diode ﬂashes (0,5s – 0,5s), gate is in motion. If the diode ﬂashes quickly (0,1s – 0,1s), runnin countdown for delay of movement. If the diode is oﬀ, key switch is oﬀ...
Page 33: Regular Service
 If the diode does 6 short ﬂashes, alarm of frequency inverter is activated – check setting of parameter „r“ size of motor. If everything is set correctly and the error is repeated, it is necessary to contact service – frequency inverter is overloaded In case that several alarms are activated at the same time, they are displayed one by one by appropriate number of ﬂashes with a short pause between each displayed alarm (e.g.
Page 34: Circuit Diagrams
12.4. FSTronic IRC-FI – connection of smoke/heat detectors 12.5. FSTronic IRC-FI – battery module 12.6. FSTronic IRC-FI – connection of safety edge OSE + safety sensor passage door 12.7. FSTronic IRC-FI – connection of different types of light curtains 12.8. FSTronic IRC-FI – connection of optocell, connection of safety sensor gate lock...
Page 35 12.1. FSTronic IRC-FI Basic connection terminal X4 Power supply Motor IRC sensor Batt 24V/7-10Ah Batt 24V/7-10Ah 230V/50Hz cable cable basic additional www.somati-system.cz...
Page 36 12.2. FSTronic IRC-FI CONTROL BOARD DPS www.somati-system.cz...
Page 37 12.3. FSTronic IRC-FI Motor with IRC sensor motor IRC sensor www.somati-system.cz...
Page 38 12.4. FSTronic IRC-FI CONNECTION OF FIRE DETECTORS www.somati-system.cz...
Page 39 12.5. FSTronic IRC-FI Connection aof additional battery module www.somati-system.cz...
Page 40 12.5. FSTronic IRC-FI Connection of safety edge OSE + safety contact of passage door Safety contact of passage door (NC) www.somati-system.cz...
Page 41 12.6. FSTronic IRC-FI Connection of different types of light curtains Cegard Mini SY2000: LIGI-07 OSE: www.somati-system.cz...
Page 42 GridScan PRO SY 2000 FSS: GridScan PRO SY 2000 LO: www.somati-system.cz...
Page 43 GridScan MINI FSS: GridScan MINI PNP/NPN: www.somati-system.cz...
Page 44 12.8. FSTronic IRC-FI Connection of optocell WL 280-2P1131: Connection of gate lock sensor – induction sensor OMRON EA2-M12: www.somati-system.cz...

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