Table of Contents
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Table of Contents
Summary of Contents for Sortimat SMS 150
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Page 1: Controller Sms 150 / 151
Operating Instructions Controller SMS 150 / 151... -
Page 2: Table Of Contents
Contents Controller SMS 150 / 151 ........1 Contents ............. 2 Reserve ............2 1. Safety instructions for users ......3 2. Application ..........4 3. Warnings ..........5 4. Installation ..........5 4.1 Overview and dimensions ........7 4.2 Technical data ........... 8 4.3 Connection possibilities ......... -
Page 3: Safety Instructions For Users
1. Safety instructions for users These instructions contain the necessary information for the correct use of the products described. They are for use by technically qualified persons. Qualified personnel are those persons whose vocational training, experience and internal training and their knowledge of the relevant standards, regu- lations, accident prevention regulations and plant operating conditions has led the person responsible for operational safety to authorise them to car- ry out the necessary work, and are able to recognise and avoid potential... -
Page 4: Application
This appliance conforms to the relevant Low-Voltage and EMC Guidelines. 2. Application The SMS 150/151 electronic controller is used for stepless control of in- ductive loads such as spiral conveyors, linear conveyors and hoppers. The controller works on the phase control system, the conveyor output is carried out by setting the magnet voltage via the setpoint potentiometer integrated in the casing cover. -
Page 5: Warnings
Miniature magnets can also be operated safely at the controller ! Setting the ON and OFF time delay for the level controller The level of the material in the filling section is measured by the GAN and GAB trimmers. To increase the material back-up downstream from the sensor, use the GAB trimmer to lengthen the controller's OFF delay time. - Page 6 For mounting of the controller there is a hole and a long hole accessibly from the outside. These holes are separated from the interior of the hous- ing. Mounting on a vibration free background. Please notice, the interior ribbon cables may not squeezed against the housing.
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Page 7: Overview And Dimensions
4.1 Overview and dimensions... -
Page 8: Technical Data
4.2 Technical data Type SMS 150 SMS 151 Mains voltage 230V AC / +-10% 115V AC / +-10% Mains frequency 50Hz 60Hz Output frequency 25Hz/50Hz 30Hz/60Hz Output voltage 30 - 228 V AC 30 - 113 V AC Setup to 200 VAC... -
Page 9: Connection Possibilities
4.3 Connection possibilities Connection conveyor Pin 1 - Load Pin 2 – Load Pin 3 - NotConnected - Protective earth... - Page 10 Connection sensor / control input Pin 1 - +24 VDC / max.50mA / PNP Pin 2 – NotConnected Pin 3 - ground Pin 4 - Input 1 The +24VDC supply is isolated to 230VAC und +5VDC side of the CPU ! Programming Dip 1 –...
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Page 11: Starting
4.4 Starting Before connecting the controller, check the working voltage and working frequency of the conveyor and compare them with the technical data for the controller. The output current of 6A should not be exceeded. Depending on the working frequency of the conveyor, set the slide switch on the board: Full-wave operations 50/60 Hz (slide switch above) Half-wave operations 25/30 Hz (slide switch below) -
Page 12: Troubleshooting
7. Troubleshooting Appliance not working Check the mains voltage, check the fuse and replace if necessary. Is the controller input set correctly, programming correct? No output from conveyor Check whether the correct oscillation frequency has been set, change setting where necessary. Check the mains frequency (50/60 Hz). -
Page 13: Declaration Of Conformity
SMS 150/151 (incl. derivatives) to which this declaration refers conforms to the following standards Basic standards for transient emissions : DIN EN 50 081 Teil 1...
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