Technical Data - Chamberlain GAROG TST-2 Operational Description

Operational Description TST WS-B
8

Technical data

Housing dimensions (W X H X D):
Printed circuit board dimensions
(L x W x H):
Mounting:
Supply:
Power cons. of the control device
External power supply 1 (230 V):
Control voltage/
external power supply
(external power supply 2):
Control inputs:
Security chain/ emergency switch-off
incl. upper and lower end switches
Relay outputs
"opening travel" and "closing travel":
Drive output
Temperature range
Air moisture
Vibration
Type of protection
Weight
Directives
EMV-directive:
Changed by:
Low voltage directive:
changed by:
National technical specifications to be applied for
the above mentioned directives
Wsb_bse8.doc
Control device via L3, N, PE:
Drive via L1, L2, L3:
Relay K1:
"warning light/red light":
Relay K2:
"fault/yard light":
Auxiliary contacts on contactor
electromechanical brake
Operation:
Storage:
89/336/EWG
91/263/EWG
92/031/EWG
73/023/EWG
93/068/EWG
approx.: 182 x 320 x 93 mm (without mushroom-type button)
approx.: 210 x 170 x 70 mm (without plug-in module)
standing vertically
230 V ±10%, 50...60 Hz
AC
(Protected on the printed circuit board: F200/0.5AT)
up to 3x 400 V ±10%, 50... 60 Hz, 2200 W at AC-3
AC
(protection on site: 16 A, actuation feature K)
additional motor protection (eg. thermoplate) required
approx. 30 VA (without drive and ext. 230 V consumer)
230 V ±10%, 50...60 Hz
AC
(protected on the printed circuit board: F300/1 AT)
•24 V irregularly
DC
(±20% at nominal load of 200 mA and nominal voltage 230 V)
• max. 200 mA incl. all plug-in modules
• protected by self resetting semiconductor fuse
• 24 VDC/typ. 15 mA
• all inputs are to be connected in a potential free manner or;
• <2V: inactive->logic 0
• > 17 V: active->logic 1
• min. signal duration of input control commands: > 100ms
• dc-insulated by optocoupler on the printed circuit board
• all inputs must be connected in a potential-free manner
• loadability of contact ≥35VDC / ≥200mA
• if the security chain is interrupted the drive can no longer move,
not even in deadman operation
• not bridged ex works
• if inductive loads are connected (eg further relays), they must be provided
with free-wheeling diodes and appropriate fault clearing measures
->230 VAC / min. 0.1 A / max. 80W
• L1 switching, closing device
->24 VDC/500 mA
->230 VAC/min. 0.1 A/ max. 80W
• switching in a potential free
manner, change-over contact
->230 VAC
• switching in a potential free manner, closing device
• fixedly coupled to motor opening travel or closing travel
• 3x 400VAC, max. 2.2kW at AC-3
• connection directly to reversing contactor
• reversing contactor is prepared for operation of 3-phase drives
• 230 V actuation via contactor contacts (switched motor phase on
AC
contactor, N+PE on clamping block)
• potential-free actuation via auxiliary contacts opening/closing travel
possible (eg DC braking)
-10...+50°C
-20...+70°C
up to 95% not condensing
low-vibration mounting, eg on a masonry wall
IP54 (IP65 by exchanging CEE connection and PG screw connection)
approx. 2.8kg
Standards:
EN 50081-1 / 03.93:
EN 50081-2 / 03.94:
EN 50082-2 / 02.96:
EN 60335-1 / 10.95:
prEN12453 / 09.99:
prEN12978 / 11.99:
mt 041102
contacts used one time for a switch of
power current can not be uses anymore
for low currents
interferences, residential buildings
interferences, industrial sector
resistance to jamming, industrial sector
safety of electric appliances for domestic use
and similar purposes / part 1: General
requirements
Gates – operating safety of power-operated
gates – requirements
Gates – safety devices – requirements and
test methods
FEIG ELECTRONIC GmbH
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