BRIEF INFORMATION Actuators

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1 BRIEF INFORMATION Actuators Low Force Medium Force High Force Smart URA PRODUCT FEATURES Application The electrical actuators are designed for use wherever electrical locking/unlocking or pull/push functions of opening and closing mechanisms are required. Customer benefits HELLA has decades of experience in the development and production of small and large-scale series. In the field of actuators, Hella offers a diverse, OEM-quality product portfolio for automotive and industrial applications. Versions The actuators are available in different sizes and strengths, with linear and rotary movement, 12 or 24 V, different IP protection classes, positions and forces, and with/without thermal overload protection (PTC). Accessories A large number of connecting elements makes it easier for you to adapt to special applications. Product groups The actuators are subdivided into four product groups (low force, medium force, high force and Smart URA) which can be selected depending on the application scenario.

2 LOW-FORCE ACTUATORS As a result of the very space-saving design, this actuator is well suited to locking and unlocking applications in dry and humid areas (e.g. including via remote actuation) in which only minimal packaging space is available. Examples include: Tank modules Service flaps Glove boxes Locking of the charging plug (e-mobility) Compact, space-saving design Electrical resetting or automatic resetting (without current) Easy to fix in place thanks to snap-fit mounting Spray water protected With or without micro-switch Explosion report for tank modules When a voltage is applied, the motor integrated in the electromotive actuator moves the locking lever attached to the motor shaft. TECHNICAL SPECIFICATIONS* Two product variants are available in the product range. The first actuator variant with power locking and unlocking function is particularly well suited to conventional applications in which the locking lever locks a hinge arm connected to the locking system by applying voltage and unlocks it when polarity is reversed. The stability of the open/closed locking positions is achieved after short-circuiting the motor following successful actuation. The position of the locking element can also be defined via an integrated micro-switch. Rated voltage Voltage range Function and service life 12 V 9 to 15.5 V Power open and return rotation: 100,000 switching cycles Power open and return rotation with micro-switch: 60,000 switching cycles A return spring and a micro-switch are integrated in the second actuator variant. Lightly move the locking lever e.g. by pressing a service flap to actuate the micro-switch. The actuator is then energized by a control unit. The locking lever is subsequently fully retracted so that the locking system is open and the service flap also opens via a spring action. The actuator is then switched off and the locking lever returns to the locking position de-energized via the integrated return spring. Press the service flap shut to lock it; the hinge arm of the flap then engages in the locking lever of the actuator. Locking lever retention force Locking lever breaking force Power open rotation; return rotation via return spring: 7,500 switching cycles > 75 N 300 N Functional angle 78 Operating temperature - 40 C to + 85 C IP 5K4

3 MEDIUM-FORCE ACTUATORS The motor-driven actuator is used for electrical locking and unlocking or closing of locking and flap systems in vehicles and industrial applications. Examples of applications in mechanisms include: Electrical locking and unlocking, Electrical shutting, Power opening and closing of all doors (locking systems), flaps, roof windows, seats, covers, hoods, glove boxes, etc. High actuating force High-accuracy, laser-welded housing Three versions Dust- and waterproof With or without manual adjustment Thermal overload protection through PTC (PolySwitch) Multifunctional Various connecting elements available An electric motor is installed in the two laser-welded polyamide housing halves. Energized by pins 1 and 2, the electric motor moves a spindle gear that extends or retracts a tappet, depending on the direction of rotation. The tappet is extended with plus at pin 1 and minus at pin 2. The tappet is retracted with minus at pin 1 and plus at pin 2. The stability of the retracted/extended locking positions is achieved by the shortcircuited motor following successful actuation. A PolySwitch (PTC) is integrated in the motor for thermal overload protection. It is also possible to equip the actuators with an automatic reset function (retract or extend) by way of a mainspring. TECHNICAL DATA* Rated voltage 12 V 24 V Voltage range 9 to 15 V 18 to 30 V Position on delivery Retracted or extended Mainspring reset Actuating force at the positioning mechanism Manual adjustment None, retract/extend From 30 up to 170 N None to < 35 N Operating temperature - 40 C to + 80 C Functional stroke Design life 18 mm IP 5K0 and IP 5K4 up to 100,000 switch cycles

4 HIGH-FORCE ACTUATORS The actuator is particularly suitable for locking and pull/push applications for which high forces are required. Examples include: Large locks and Large flaps Seat release Very high positioning forces Sturdy and compact design Interference suppression class 3 Universal interface for Bowden cable For universal use When a bowden cable is used, the actuator can also operate without being attached to the body as it is attached to the application via the bowden cable sheath and can be embedded in a foam body for noise dampening. This electromotive actuator is an actuator with rotary output driven by a DC motor. The actuator is operated by applying a voltage via a two-pin plug with contacts "+" and "ground". The return action is carried out by simply reversing the polarity or automatically via a spring. The direction of rotation and runtime are defined by the control unit. The actuator can be attached to three connecting points. Application requirements: No mechanical restriction or limitation of the actuator by the application is permitted. The high impact pulse (approx. 7 to 8 Nm) can damage the application, bracket or bowden cable. The customer application must ensure that in the rest position (end position following ccw rotation), no load is acting on the actuator to avoid damaging the internal limit stop. TECHNICAL DATA* Rated voltage Voltage range Rated torque Function Mainspring reset 12 V 9 to 16 V Functional angle 0 to 198 Manual adjustment 150 / 300 Ncm Retraction via spring, power extension Power extension and retraction Available/not available None Operating temperature - 40 C to + 85 C A motor short circuit is necessary during mainspring return (only 6CSA ). This short circuit takes place using an 1N 4005 diode during the service life test. The short-circuited motor has a braking effect that protects the internal limit stop. Without this, the dynamism in the system can damage the limit stop during the return action, which can cause the device to become blocked. Functional stroke Design life 18 mm IP 5K0 8,000/50,000 switching cycles

5 SMART UNIVERSAL ROTARY ACTUATOR (SMART URA) The Smart URA can be used in a broad range of applications involving harsh environmental conditions. High torque and CIPOS technology enable precise and reliable position control. Examples include: Seed metering/singling Delivery air/exhaust air flaps Flexible operating angle range Fast response time Precise position control CIPOS position sensor integrated directly at driven gear "True power on" function for angular ranges < 180 Controlled motion up to limit stop Self-locking transmission The Smart URA monitors the position of the output gear wheel and the integrated electronics continually calculate the position using an ASIC. The actuator offers the "true power on" function for angles under 180 ; i.e. it enables commissioning without calibration. In operation, the actuator carries out controlled movement to the programmable "soft stops". The self-locking transmission minimizes current consumption (< 25 ma), which is required to maintain a defined position. TECHNICAL DATA* Rated voltage Operating voltage 13.5 V 9 V 16 V Operating temperature -40 C to +85 C Nominal torque (13.5 V; RT) Max. torque (13.5 V; RT) Operating angle range Service life Control system 60 Ncm < 300 Ncm > 360 (< 180 true power on) IP 6K9K; IP 6K7 (depending on the category of the mating connector) Typ. 250,000 cycles (1 cycle = 90 angle open closed open) LIN 2.0 & PWM

6 SUMMARY OF VERSIONS OVERVIEW OF VARIANTS Function Voltage Actuating force Manual adjustment Article Number LOW FORCE Forward and reverse rotation electrical 12 V - ja IP 5K4 6NW With micro-switch 12 V - ja IP 5K4 6NW Electrical forward rotation and reverse rotation via return spring, with soft touch button 12 V - ja IP 5K4 6NW Function Voltage Positioning force* Manual adjustment Article Number Power extension and retraction 12 V N Yes IP 5K0 6NW V N No IP 5K0 6NW V N Yes IP 5K4 6NW V N No IP 5K4 6NW V N Yes IP 5K4 6NW MEDIUM FORCE 24 V N No IP 5K4 6NW V N No IP 5K4 6NW Electrical retraction, extension with clockwork spring 12 V N No IP 5K0 6NW V N No IP 5K4 6NW V N Yes IP 5K4 6NW Electrical extension, retraction with clockwork spring 12 V N No IP 5K0 6NW V N No IP 5K4 6NW V N No IP 5K4 6NW * Dependent on the operating voltage and ambient temperature HIGH FORCE SMART URA Function Voltage Torque Manual adjustment Article Number Retraction with spring, electrical extension 12 V 150 Ncm No IP 5K0 6NW Power extension and retraction ACCESSORIES MEDIUM FORCE 12 V 300 Ncm No IP 5K0 6NW Function Voltage Torque Manual adjustment Article Number Power locking/unlocking & closing, power rotational movement to right and left, with position feedback via CIPOS technology 12 V 300 Ncm No IP 6K9K; IP 6K7* (* depends on the connector classification) 6NW The comprehensive range of accessories for the electrical actuator includes a wide variety of different connection elements, which enable the actuator to be integrated into your application easily without additional development costs. HELLA GmbH & Co. KGaA, Lippstadt J00624/10.17 Subject to technical and price modifications.