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SCU32 

User Manual 

9M02-8679-A001-EN 
Version 3.0 

2. 

Radio Remote Control Controller 

2.1 

General 

The radio remote control controller connects over its interface to external actuators in order perform the following 
functions: cyclically read the status of these actuators, transform this data into a serial data string, form a telegram 
by adding system relevant data, and transmit this telegram via a RF signal to its corresponding receiver. 

2.2 

SCU32 Controller  

The SCU32 controller allows the transmission of up to 32 + 4 digital commands. The controller interface to the 
external actuators is realized by an optocoupler interface board, providing a galvanic isolation and protecting the 
microprocessors against overvoltage damage by the external signal source. 

 

Figure 1: SCU32 Controller with Han Connector 

2.3 

System Address 

In an industrial radio remote control system, each controller/receiver pair shares a common, unique system 
address. The system address is contained in every telegram sent by the controller and is checked every time a 
RF signal is received. In order for the processors in the receiver to activate a command (relay), the system 
address in the telegram and the system address stored in the receiver must match. This is a safety measure to 
ensure that the receiver interacts only with its assigned controller. 

 

 

CAUTION 

Conflict of Addresses 

 

The operator must ensure that the system address is used for a single pair of controllers and 
receivers. 

 

If more than one receiver or controller is used to control a machine or system, the operator 
must take precautions so that only a single controller operates at each time. 

 

In the event of a breach of this undertaking, the customer or the operator, respectively, is 
liable for the resulting damage/loss and they shall indemnify the manufacturer against all 
third-party liability claims. 

2.4 

Radio Transmission 

The transmission between the controller and receiver occurs through radio communication. With regard to the 
actual radio frequency being used, there are several radio frequency bands available. Within the respective 
frequency band, a specific RF channel must be selected. Depending on the frequency band, a certain number of 
RF channels are available. For details regarding the available RF channels, please refer to

 Section 0, 

“ 

 

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Содержание SCU32

Страница 1: ...A A SCU32 Controller Remote Control User Manual ...

Страница 2: ...nties as to non infringement nor as to the fitness merchantability or sustainability of any Cattron products for any specific or general uses Cattron Holdings Inc or any of its affiliates or agents shall not be liable for incidental or consequential damages of any kind All Cattron products are sold pursuant to the Terms and Conditions of Sale a copy of which will be furnished upon request When use...

Страница 3: ... Parameters 8 3 Installation 9 3 1 Mounting 9 3 2 Electrical Connections 9 3 2 1 Optocoupler Input Voltage 10 3 3 External Antenna standard 10 3 4 Detached Antenna Kit optional 10 3 5 TransKey 10 3 6 RF Channel Selection 10 3 6 1 Changing the RF Channel 10 3 7 RF Bands and Channels 11 4 Technical Data and Specifications for SCU32 13 5 Installation Notes 15 5 1 Mounting Options 15 5 2 Enclosure Dim...

Страница 4: ...4 SCU32 User Manual 9M02 8679 A001 EN Version 3 0 6 2 3 Power Supply for Optocoupler inputs X6 19 ...

Страница 5: ...ction and visible defects or irregularities stop the product switch it off and switch off all relevant master switches WARNING Observe the statutory regulations and directives applicable for the intended purpose e g Accident prevention regulations Safety rules and directives Standards Generally applicable statutory and other binding regulations for accident prevention and environmental protection ...

Страница 6: ...itted In particular improper use includes the following Tampering with electrical equipment Power supply connections deviating from the voltage frequency data on the type plate Work on live components Incorrect operation Improper use of the product Removal of covers Insufficient maintenance Failure to observe the operating temperature range CAUTION Damage to the device Do not immerse the product i...

Страница 7: ...signal is received In order for the processors in the receiver to activate a command relay the system address in the telegram and the system address stored in the receiver must match This is a safety measure to ensure that the receiver interacts only with its assigned controller CAUTION Conflict of Addresses The operator must ensure that the system address is used for a single pair of controllers ...

Страница 8: ...ler and receiver If the radio link is affected by these sources it may be necessary to change the RF channel or RF band 2 4 3 Mounting Location The controller is supplied with an external antenna In order to ensure optimum communication install the controller and the receiver with line of sight between them Avoid any shielding by metallic constructions In the event that the controller must be inst...

Страница 9: ...ound PE and command inputs refer to the separate electrical drawings received with the delivery of the system Connect the unit according to these drawings CAUTION Wiring and hazard of short circuits within the housing Ensure the wiring is connected so that the wire ends are securely attached and without bare conductors the use of crimps is recommended Ensure that wires are suitably supported and r...

Страница 10: ... being used does not exceed the maximum allowable attenuation for your application as this might reduce the range of the system 3 5 TransKey Verify that the controller TransKey black matching the receiver TransKey yellow is placed in the appropriate holder inside the controller enclosure Each TransKey pair is marked with a unique system address Figure 4 TransKey Pair Rx Tx Note Do not interchange ...

Страница 11: ...ck your configuration sheets Table 1 RF Channel Table for 418 419 MHz and 447 MHz Channel Frequency MHz Channel Frequency MHz 1 418 9500 1 447 8625 2 418 9750 2 447 8750 3 419 0000 3 447 8875 4 419 0250 4 447 9000 5 419 0500 5 447 9125 6 419 0750 6 447 9250 7 419 1000 7 447 9375 8 419 1250 8 447 9500 9 419 1500 9 447 9625 10 419 1750 10 447 9750 11 419 2000 11 447 9875 12 419 2250 13 419 2500 14 4...

Страница 12: ...5 433 4275 50 434 3025 16 433 4525 51 434 3275 17 433 4775 52 434 3525 18 433 5025 53 434 3775 19 433 5275 54 434 4025 20 433 5525 55 434 4275 21 433 5775 56 434 4525 22 433 6025 57 434 4775 23 433 6275 58 434 5025 24 433 6525 59 434 5275 25 433 6775 60 434 5525 26 433 7025 61 434 5775 27 433 7275 62 434 6025 28 433 7525 63 434 6275 29 433 7775 64 434 6525 30 433 8025 65 434 6775 31 433 8275 66 43...

Страница 13: ...stem Addresses 24 bits 16 million addresses TransKey Transponder with system parameters Hamming Distance d 6 Telegram verification Inputs 32 optocoupler commands each common potential with 8 inputs 4 optocoupler Master Safety common potential Input voltage 12 24 VDC Internal Power Supply for Optocoupler Inputs 12 VDC Operating Temperature 20º to 60º C Storage Temperature 40º to 70º C Power Supply ...

Страница 14: ...14 SCU32 User Manual 9M02 8679 A001 EN Version 2 0 Standards Safety EN 60204 1 EN 60204 32 EN ISO 13557 EN 13849 1 Performance Level D Shock Vibration EN 60068 2 27 EN60068 2 6 ...

Страница 15: ...15 SCU32 User Manual 9M02 8679 A001 EN Version 2 0 5 Installation Notes 5 1 Mounting Options ...

Страница 16: ...16 SCU32 User Manual 9M02 8679 A001 EN Version 2 0 5 2 Enclosure Dimensions ...

Страница 17: ...5 6 7 8 9 1 2 3 4 5 6 7 8 9 X6 1 2 3 4 5 6 7 8 9 X9 XRFC XRF2 XRF1 F6 F2 X1 DC X1 AC 2 1 3 2 1 Figure 5 Interface Board 6 1 Power Supply The receiver can be delivered with different power supplies to accept a range of AC and DC power sources 6 1 1 AC Power Supply The AC version of the controller can accept nominal voltages of 48 115 and 230 VAC at 50 60 Hz Terminal Connection Description X1 AC 1 A...

Страница 18: ...ptocoupler 1 DI 41 2 Optocoupler 2 DI 42 3 Optocoupler 3 DI 43 4 Optocoupler 4 DI 44 5 Optocoupler 5 DI 45 6 Optocoupler 6 DI 46 7 Optocoupler 7 DI 47 8 Optocoupler 8 DI 48 9 Common Potential Optocoupler 1 8 Terminal Connection Input Description X3 1 Optocoupler 9 DI 49 2 Optocoupler 10 DI 50 3 Optocoupler 11 DI 51 4 Optocoupler 12 DI 52 5 Optocoupler 13 DI 53 6 Optocoupler 14 DI 54 7 Optocoupler ...

Страница 19: ...W LOW X X 6 Optocoupler Stop 3 HIGH LOW X LOW X 7 Not Used 8 Optocoupler Stop 1 LOW HIGH X X HIGH 9 Common Potential Connect to DC GND Stops 1 4 6 2 3 Power Supply for Optocoupler Inputs X6 The controller features an independent internal 12 VDC power supply that can be used to provide the voltage necessary for the optocoupler input circuits Terminal Connection Description X6 1 Output DC 12 V 2 Out...

Страница 20: ...provided in this document is subject to change without notice Cattron Support For remote and communication control systems support parts and repair or technical support visit us online at www cattron com contact Cattron North America Inc 655 N River Rd NW Suite A Warren OH 44483 9M02 8679 A001 EN Version 3 ...

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