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Remote Control System 

©

2020 Cervis, Inc. 

 

 

1.0 

SmaRT 218, 918 Remote Control System 

Note: The operating frequency for a SmaRT system will be either in the 900 MHz or 2.4 GHz 

range. The first number in the system or device name indicates the operating frequency. For 
instance, a SmaRT 18-button handheld remote with an ON button and an OFF button will 
either be OO-218 or OO-918, where 

“2” indicates 2.4 GHz and “9” indicates 900 MHz. As 

such, references to the system, handheld remote, and base unit in this manual will use 

“x” in 

the name (rather than 

“2” or “9”) to indicate the operating frequency. 

A standard SmaRT x18 Remote Control System consists of a SmaRT OO-x18 18-button 
handheld remote control unit and a BU-x16F base unit. A SmaRT system can communicate in 
congested radio environments using Direct Sequence Spread Spectrum (DSSS) wireless 
technology at a system-dependent 900 MHz or 2.4 GHz range. The system communication link 
between the handheld remote control and the base unit is established at the factory using a 
process known as 

“Association.” The system can also be seamlessly associated in the field—

without the need to open the enclosures of either unit

—by a wireless process described later in 

this manual. 

The OO-x18 handheld remote has a dedicated ON button and an OFF button. The remaining 
sixteen buttons are assigned to and used to control the base unit outputs. The BU-x16F base 
unit has sixteen solid state field effect transistor (FET) channels. System configuration is 
extended as the input/output (I/O) can also be custom-configured by Cervis Engineering to be 
inputs or outputs. 

 

Figure 1. Standard SmaRT x18 System 

 

Summary of Contents for SmaRT 218

Page 1: ...2020 Cervis Inc SmaRT 918 218 Remote Control System User Manual U053 5 1 SmaRT_OO x18_Sys...

Page 2: ...rit 6 disponible sur le site Web de Sant Canada https www canada ca en health canada services environmental workplace health reports publications radiation safety code 6 health canada radiofrequency e...

Page 3: ...urve 14 8 0 Base Unit Troubleshooting 15 List of Figures Figure 1 Standard SmaRT x18 System 3 Figure 2 SmaRT x18 18 Button Handheld Remote Control Unit 4 Figure 3 OO 218 Handheld Battery Compartment 5...

Page 4: ...itioned or when the button is released Or in some cases when the button is pressed again SmaRT Base Unit Input output I O unit that the controlled machine is connected to SmaRT base units communicate...

Page 5: ...e and remove power from the base unit before attempting any maintenance This will prevent accidental operation of the controlled machinery Remove power from the base unit by detaching the 12 pin cable...

Page 6: ...uct should be recycled according to local regulations Contact local authorities for detailed information This product may be returnable to the distributor for recycling Contact your distributor for de...

Page 7: ...unit A SmaRT system can communicate in congested radio environments using Direct Sequence Spread Spectrum DSSS wireless technology at a system dependent 900 MHz or 2 4 GHz range The system communicati...

Page 8: ...base unit in congested radio environments The handheld remote allows seamless association to a SmaRT base unit without the need to open either unit s case The rugged weatherproof handheld enclosure al...

Page 9: ...emove the four screws holding the battery cover in place Remove the battery cover 2 Remove the discharged batteries and properly dispose according to local regulations 3 Plug each fresh battery into a...

Page 10: ...e typically mapped to specific base unit outputs inputs M1 through M16 as shown below Figure 4 Handheld Buttons Table 1 Handheld Button to BU I O Mapping Button BU Map M I O Channel BU Connector P and...

Page 11: ...Red light solid 4 Continue to hold both buttons until LED 2 Amber goes out Immediately release both buttons and press Button 1 the button between the ON and OFF buttons 5 Continue holding Button 1 Ap...

Page 12: ...Two connecting cable models are available for base unit P1 and P2 SmaRT base units feature seamless association to a SmaRT handheld unit without the need to open the case Using Direct Sequence Spread...

Page 13: ...ses use the configuration diagrams Cervis Inc supplied as a guide Figure 7 illustrates dimensions for drilling mounting holes Figure 8 illustrates the wiring harness connections Figure 7 Internal and...

Page 14: ...tton 3 10 M2 button 2 9 M1 button 1 3 M7 button 7 7 VDC 2 M6 button 6 7 M13 button 13 6 M12 button 12 5 M11 button 11 4 M10 button 10 3 M9 button 9 2 UNUSED 1 VDC NOTE VDC Battery Power Supply Positiv...

Page 15: ...em 2020 Cervis Inc 11 Figure 9 Field Wiring Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Field Load Fi...

Page 16: ...GHz RF Power 2 mW License License free Modulation DSSS Antenna Internal Enclosure Dimensions 9 x 3 x 1 231 8 mm x 79 4 mm x 31 8mm Total Weight 15 2 oz 430 9 gr Durability High impact polymer case Pol...

Page 17: ...cceleration 10 0 g peak shock acceleration INDICATORS 5 In Green Input On Out Green Output On Health Green Pulse sec OK TX RX Green Receive Red Transmit Power Amber OK Red Green Fault ENCLOSURE Dimens...

Page 18: ...SmaRT 218 918 U053 5 1 SmaRT_OO x18_Sys 14 7 0 BU x16F Output Current Derating Curve Figure 10 Base Unit Output Current Derating Curve...

Page 19: ...mal condition Out LED pulsing Amber Indicates an over current condition Out LED slowly pulsing Amber Over temperature indication In LED not active Check to make sure that voltage to channel is less th...

Page 20: ...t www cervisinc com The Cervis Inc and SmaRT Wireless logos are trademarks of Cervis Inc Contact via Phone 724 741 9000 2020 Cervis Inc All rights reserved Content is subject to change without notice...

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