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Table of Contents
Summary of Contents for NORIS FA13 Series
- Page 1 Instruction Manual FA13 NAN-KD-0009-EN_V01.01 | 16/06/2021...
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Page 2: Issue
Information on issue Document ID NAN-KD-0009-EN Issue V01.01 Date Juni 2021 Issued by © 2021 - NORIS Automation GmbH Muggenhofer Str. 95 90429 Nuremberg Germany Phone: +49 911 3201 0 Fax: +49 911 3201 150 Email: info@noris-group.com Instruction manual FA13... -
Page 3: Table Of Contents
NORIS Automation GmbH Table of contents Table of contents Issue General information on this instruction manual Scope of validity Subject of the instruction manual Use of safety and warning notes Use of symbols Scope of delivery Product storage Packaging and waste disposal... - Page 4 Table of contents NORIS Automation GmbH Checking the operating function Checking the phase shift Checking the shield Maintenance De-installation and disposal Troubleshooting Recommended procedure Considerations for troubleshooting Frequent causes of faults Service Instruction manual FA13...
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Page 5: General Information On This Instruction Manual | 2
NORIS Automation GmbH General information on this instruction manual | 2 General information on this instruction manual Scope of validity This instruction manual applies to the Series 13 sensors listed below: Sensor type Produkt revision FAH13 FAJ13 FAHZ13 FAHD13 FAHS13... -
Page 6: Use Of Symbols
The general technical documentation for our sensors (data sheets, instruc- tion manuals, certificates, etc.) can be downloaded from our website www. noris-group.com. For the customer drawing of your sensor, please ask our sales team (sales@noris-group.com). On request, we also include the lat- est documentation in the scope of delivery. -
Page 7: Product Storage
NORIS Automation GmbH General information on this instruction manual | 2 Product storage Note the following information concerning the storage to avoid product damage: ▪ Store the product in the original package material in dry indoor areas. ▪ Do not store the product in humid or dusty environments. In case of longtime storage, precautions need to be taken to protect the connec- tion from moisture and dust. -
Page 8: Type Code
2 | General information on this instruction manual NORIS Automation GmbH Type code Type code structure FA H X03- M10- S0 Example: FAHZ13-0215-X03-M10-S0 Measuring principle Measuring principle supplement Construction type & material Nominal length L1 and L2 of the sensor tube... - Page 9 NORIS Automation GmbH General information on this instruction manual | 2 Type code FAH13[..] Measuring Difference-Hall principle Measuring prin- Without code: 1 output signal ciple supplement 2 output signal, galvanically connected 2 output signals, galvanically connected with status output (e. g. rotation direction detection)
- Page 10 2 | General information on this instruction manual NORIS Automation GmbH Special types If our standard types do not correspond with your expectations, we are pleased to develop a special solution together with you. Instruction manual FA13 10 / 44...
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Page 11: Product Description
NORIS Automation GmbH Product description | 3 Product description Scope of application Series FA13 speed sensors are mainly used in the following areas: Ship- building industry and machinery and equipment. They usually measure the speed of ferromagnetic toothed wheels. Furthermore, they can be used to measure any movement of ferromagnetic parts, e. -
Page 12: Signal Forms
3 | Product description NORIS Automation GmbH Signal forms Type Measuring principle Signal outputs Signal form FAH13 Difference-Hall One square wave signal FAJ13 Induct.-magnetic One square wave signal FAHZ13 Difference-Hall Two square wave signals, Q2 to Q1 is 90° phase shifted 90°... -
Page 13: Speed Sensor Design
NORIS Automation GmbH Product description | 3 Speed sensor design 3.4.1 General structure 1: FA[..]1[..] Design Connecting plug (see connector variants) Sensor tube Counter nut Nut for mounting Measuring area Material sensor tube: Stainless steel 3.4.2 Connection variants Information on Series 13 speed sensors are available with different connection variants. -
Page 14: Elementary Circuit Diagrams
3 | Product description NORIS Automation GmbH 3.4.3 Elementary circuit diagrams Elementary circuit diagram Elementary circuit diagram FAH13, FAJ13, FAHZ13 FAHS13 - (0V) (0V) Elementary circuit diagram Elementary circuit diagram FAHD13 FAHQ13 (0V) - (0V) (0V) Instruction manual FA13 14 / 44... -
Page 15: General Technical Data
NORIS Automation GmbH General technical data | 3 General technical data Electrical connection Supply voltage See specific technical data Nominal voltage See specific technical data Current consump- See specific technical data tion Reverse voltage protection Over voltage pro- tection Connection... - Page 16 3 | General technical data NORIS Automation GmbH Environmental influences Operating tem- -40 ... +120 °C perature Storage tempera- Recommended: -25 ... +70 °C; max.: -40 ... +105 °C ture (max. limit values within 30 days per year @ relative humidity 5...95%)
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Page 17: Specific Technical Data
NORIS Automation GmbH Specific technical data | 3 Specific technical data Technical data on measuring principles Difference-Hall principle Inductive-magnetic princi- Scanning Ferromagnetic materials, Ferromagnetic materials, object Toothed wheel: Toothed wheel: Module m1 to m3; tooth face Module ≥ m1.5; tooth face > 7 mm (spur gear DIN867) width ≥ 5 mm (spur gear... - Page 18 3 | Specific technical data NORIS Automation GmbH Sensors with two measuring channels FAHZ13 FAHD13 Supply voltage 9 ... 32 VDC 2 x 9 ... 32 VDC Nominal voltage 15 VDC 2 x 15 VDC Current < 20 mA (without output 2 x <10 mA (without output...
- Page 19 NORIS Automation GmbH Specific technical data | 3 Sensors with four output signals FAHQ13 Supply voltage 9 ... 32 VDC Nominal voltage 15 VDC Current < 20 mA (without output current PNP) consumption Connection Cable end, Cable end, see customer drawing...
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Page 20: Installation
4 | Installation NORIS Automation GmbH Installation Information on avoiding faults and material damage Mechanical and electrical stress Note, that excessive mechanical stress of the sensor housing NOTICE and the measuring area may damage the sensor. The manufacturer will not be liable for damages caused by exces- sive mechanical stress. - Page 21 NORIS Automation GmbH Installation | 4 Use appropriate tools and do not apply excessive force when NOTICE mounting the sensor. The sensor may otherwise be damaged. Scanning distance Note the permissible scanning distance. Make sure that the specified scanning distance is maintained.
- Page 22 4 | Installation NORIS Automation GmbH Note the minimum cable bending radius when laying the cable NOTICE (see customer drawing). Otherwise the connection cable may be damaged. READ You will find further information on cable laying in the “Important information on connection and cable laying” Section.
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Page 23: Preparing For Installation
NORIS Automation GmbH Installation | 4 Preparing for installation 4.2.1 Dimensions Explanation to the illustration Please note the possible combina- tions of L1 and L2 for the nominal length in the type code. L1: 60, 80, 100, 120 mm (up to 200... -
Page 24: Checking The Mounting Hole
4 | Installation NORIS Automation GmbH 4.2.3 Checking the mounting hole Check the mounting hole before you install the sensor. A faulty mounting hole may result in signal distortion, signal NOTICE loss or even damage the sensor and the scanning object. -
Page 25: Mounting The Speed Sensor
NORIS Automation GmbH Installation | 4 Mounting the speed sensor 4.3.1 Mounting speed sensors with inductive-magnetic principle, type FAJxx Mount the sensor according to the following instructions: ► Prerequisite: The system is switched off. ► Prerequisite: The mounting hole and the scanning object have been checked before mounting the sensor. - Page 26 4 | Installation NORIS Automation GmbH A too close scanning distance may lead to signal distortion, NOTICE signal loss or may even damage the sensor and the scanning object. Thus, maintain the correct scanning distance. F. Mount the sensor with nut and counter nut.
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Page 27: Mounting Speed Sensors With Difference-Hall Principle, Type Fahxx
NORIS Automation GmbH Installation | 4 4.3.2 Mounting speed sensors with difference-Hall principle, type FAHxx Mount the sensor according to the following instructions: ► Prerequisite: The system is switched off. ► Prerequisite: The mounting hole and the scanning object have been checked before mounting the sensor. - Page 28 4 | Installation NORIS Automation GmbH ±15° ➩ The cover ratio of the measuring area and scanning object should amount at least to 2:3. F. Mount the sensor with nut and counter nut. ➩ Tighten the nuts with the correct torque (see next table).
- Page 29 NORIS Automation GmbH Installation | 4 Thread Material Screw nut type Torque M16x1,5 Brass - - - 20-25 Nm M14x1 Brass - - - 20-25 Nm M14x1,5 Stainless steel - - - 30-35 Nm 5/8“-18UNF Brass - - - 25-30 Nm...
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Page 30: Connection And Cable Laying
4 | Installation NORIS Automation GmbH Connection and cable laying 4.4.1 Connection concepts The connection concepts mentioned in this section are a recommendation from the manufacturer. Differences may be reasonable for your application, but depend on the local environmental conditions. -
Page 31: Important Information On Connection And Cable Laying
NORIS Automation GmbH Installation | 4 Schirm / Shield Elektronik / Schirm Electonics Shield Klemmkasten Motor / Klemmkasten Elektronik / Terminal box motor Terminal box electronics 4: Concept with connected shield at one connection point, type FA[..]1[..]-S0 4.4.2 Important information on connection and cable... - Page 32 4 | Installation NORIS Automation GmbH ▪ In the cabinet the cables have to be laid near the cabinet housing (cabinet ground) or on the mounting plates to avoid crosstalk of the signals. ▪ Avoid tension, pressure and torsion stress on the cables. ▪ Make sure that no sharp-edged objects can touch the connection cables. ▪ Extensive cable shield is required. ▪ The sensor is always a part of the motor or machine unit. There- fore, make sure that the equipotential bonding of the sensor is part of the overall shield concept.
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Page 33: Connection Variants
NORIS Automation GmbH Installation | 4 4.4.3 Connection variants Series 13 speed sensors are available with different connections. Connection type FAH13 FAHZ13 FAHS13 FAHD13 FAJ13 FAHQ13 DIN43650-A MIL 14-5PN EURO M12x1 On request DIN72585 Connecting plug -A DIN43650 A Explanation to the left... - Page 34 4 | Installation NORIS Automation GmbH Connecting plug -E Euro M12x1 Explanation to the left illustration A: Ø 18 mm B: Length 16 mm 1: +U 2: not used 3: -U (0V) 4: Signal Q 5: Shield 6: Coding nib...
- Page 35 NORIS Automation GmbH Installation | 4 Connection cable type -X for sensors with 3 connecting wires Explanation to the left illustration A) 3 x 0.33 mm halogen-free B) 80 ± 10 C) Length K1 (K1 see customer ± 5 % drawing) D) Ø...
- Page 36 4 | Installation NORIS Automation GmbH Connection cable type -X for sensors with 6 connecting wires Explanation to the left illustration A) Wires 6 x 0.33 mm halogen-free B) Length 80 ±10 C) Length K1 (K1 see customer ± 5% drawing) D) Ø...
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Page 37: Commissioning
NORIS Automation GmbH Commissioning | 5 Commissioning Preparing tools and resources Have the following tools and equipment ready for commissioning: ▪ Multimeter ▪ 2-channel oscilloscope ▪ 10 kΩ load resistor Make sure that the tools and equipment are in perfect working NOTICE order. Otherwise the results of the measurements described below may be falsified. -
Page 38: Checking The Current Consumption
5 | Commissioning NORIS Automation GmbH Checking the current consumption You require the following tools and equipment: ▪ Multimeter Check whether the current consumption I is within the tolerance range: 6: Checking power consumption A. Switch the measuring range to direct current. -
Page 39: Checking The Phase Shift
NORIS Automation GmbH Commissioning | 5 Checking the phase shift Checking the phase shift is relevant for sensors with 2 or more output sig- nals. You require the following tools and equipment: ▪ 2-channel oscilloscope ▪ 10 kΩ load resistor Check whether the measured phase shift of the signals corresponds to the specification: A. -
Page 40: Maintenance
6 | Maintenance NORIS Automation GmbH Maintenance Speed sensors contain no moving parts and are therefore declared as 'maintenance-free devices' by the manufacturer. Nevertheless, note that speed sensors are part of the system and are therefore subject to various ambient factors (heat, cold, motor abrasion, etc.). Therefore, they are to be included in the servicing concept of the system maintenance. -
Page 41: Installation And Disposal
NORIS Automation GmbH De-installation and disposal | 7 De-installation and disposal De-installation of sensors If the sensor is removed for maintenance purposes, the protec- NOTICE tive cap should be placed again on the measuring area immedi- ately after removal. Otherwise, the sensor may be damaged. -
Page 42: Troubleshooting
8 | Troubleshooting NORIS Automation GmbH Troubleshooting Recommended procedure When troubleshooting the system, it is essential to precisely identify the source of faults. Faults are often suspected in the wrong place. Targeted fault localisation is therefore indispensable. A reliable method is the exclusion procedure: Temporarily replace components that are suspected of being damaged by new components. -
Page 43: Frequent Causes Of Faults
NORIS Automation GmbH Troubleshooting | 8 A function test may already provide an indication whether the sensor is func- tioning correctly or not. Such function tests are described in this instruction manual (see “Commissioning” Section). Frequent causes of faults General causes of faults ▪ Is the correct type of sensor installed? Is it suitable for the scanning... -
Page 44: Service
Fax: +49 911 3201 150 Fax: + 49 381 519944-4 Email: info@noris-group.com Email: info@noris-automation.de Web: www.noris-group.com Web: www.noris-group.com NORIS Benelux B.V. NORIS Automation Far East Pte. Nieuwland Parc 10L Ltd. 2952DA Alblasserdam No. 42 Toh Guan Road East Netherlands #01-80 Enterprise Hub...