Romeo
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ROMEOJoystick FEATURES • Structural components are made of die-cast nickel-plated zama to ensure maximum resistance, while parts subject to wear are made of techno-polymer. • Mechanical life of switches: 5 million operations. • IP protection degree: Romeo is classified IP00 or IP65, when housed in Romeo-PK or in a specific enclosure. • Extreme temperature resistance: -25°C to +70°C. Sturdy and reliable joystick for harsh environments and situations. Materials, technical solutions and sizing of critical components are studied to guarantee mechanical resistance and long life, with special attention to design, ergonomics, operation accuracy and sensitivity. OPTIONS ■o c 3 • Available with up to 6 speeds for each direction. | • Stepped or linear operations with spring return or maintained fi position. • Cross or 360° movement. • 3 different versions: with free movement, with "dead man” i safety device (with mechanical interlock with or without NO/ £ NC contact), or with NO pushbutton to be used as electrical interlock. a> • 3 different handles, also available with pushbuttons and selector switches. o • Available with potentiometers. CERTIFICATIONS = b ~ cu • CE marking and EAC certification. Fill in the “request form' for accurate product configuration. =5 CU O jz := i— o

CERTIFICATIONS Conformity to Community Directives

TECHNICAL SPECIFICATIONS OF THE POTENTIOMETERS Code Life time Operational ambient temperature Mechanical angle Actual Electrical Angle (AEA) Ohmic value tolerance Temperature drift

OvERall diMEnsiOns (mm) with knob Ø61 for fixing plate hole No. 4 fixing threaded holes M5 100 Label (available on request) with potentiometer Ø61 for fixing plate hole 100 Label (available on request)

ROMEO with handle Ø61 for fixing plate hole No. 4 fixing threaded holes M5 Label (available on request) with ergonomic handle Ø61 for fixing plate hole No. 4 fixing threaded holes M5

STANDARD JOYSTICKS Romeo standard joysticks feature spring return stepped movement and they are equipped with 1NC switches 11 PRVV0804PE and fixed terminal board. Grip type Free movement Mechanical interlock + NC/NO contact Grip type

Grip type Direction of movement Positions Free movement

STEPLESS PROPORTIONAL JOYSTICKS Grip type Ergonimic handle

assEMBlY dRawinG Refer to the following tables for descriptions of components: “Buttons“, “Switch boards”, “Potentiometers”, “Selector switches”, “Lever guides”, “Cams”

COMPONENTS Buttons <D Potentiometer 2.2 kQ Potentiometer 4.7 kQ Potentiometer 10 kQ Trigger button Selector switches 2 maintained position selector switch ON-ON wired 3 maintained position selector switch ON-OFF-ON wired 2 position spring return selector switch ON-MOM wire 3 position selector switch MOM-OFF-MOM wired 3 position selector switchON-OFF-MOM wired 2 maintained position selector switch ON-OFF wired 2 position selector switch MOM-OFF wired

Drawing Description Code Cross lever guide Lever guide 1/0 Lever guide 1/1 Lever guide 2/0-4/0 Lever guide 4/1 Lever guide 4/2-2/1 Lever guide 4/3 Lever guide 4/4-2/2 Lever guide 5/0 Lever guide 5/1 Lever guide 5/2 Lever guide 5/3 Lever guide 5/4 Lever guide 5/5 Lever guide 6/0-3/0 Lever guide 6/1 Lever guide 6/2-3/1 Lever guide 6/3 Lever guide 6/4-3/2 Lever guide 6/5 Lever guide 3/3-6/6

ROMEO - REquEst FORM FOR nOn standaRd JOYstiCK Grip type Knob (IP 65 assembled in specific enclosure) Stepped - spring return P1 Stepped - maintained positions Free movement Linear - spring return Mechanical interlock + NC/NO contact (not available for proportional Romeo) lever guide Standard lever guide Customized lever guide (not available for proportional Romeo) P1 1NO button Colour of button black green Handle (IP 44 assembled in specific enclosure) Function Free movement P2 1NO button 6 steps directions A-B 6 steps directions C-D 360° movement 6 steps directions A-B 6 steps directions...

Joystick with potentiometers potentiometer Preset only instructions When necessary, write the number corresponding to the potentiometer or to the preset required. Fill in the contact scheme blackening the boxes corresponding to the positions where the cams close the contacts (each bar of 13 boxes correspond to a switch; the central box corresponds to the zero position of the joystick). In the example, the contact is closed in positions 1-2-3 to the left and 3-4 to the right. 6 5 4 3 2 1 0 1 2 3 4 5 6