NARDA L3HARRIS SMARTS II, Operating Manual

Page 1: ...SMARTS II Ultra Wideband RF Radiation Area Monitor Operating Manual...

Page 2: ...anual understood how it operates and consulted with your company s safety officer Narda Safety Test Solutions GmbH Sandwiesenstrasse 7 72793 Pfullingen Germany Names and logo are registered trademarks...

Page 3: ...ice for shipping damage 11 Recovery after shipping and storage 11 2 3 Operation 12 2 4 Electromagnetic fields 13 Strong electromagnetic fields 13 Improper model 13 2 5 Sensor area 14 2 6 Power supply...

Page 4: ...g procedure 26 4 8 Test button 27 4 9 Remote alarm indication 27 4 10 The ENABLE feature 28 To use the ENABLE feature 28 4 11 Remote test 28 To test the SMARTS II alarm function 28 For relay activatio...

Page 5: ...Introduction SMARTS II 5 7 2 General Specifications 35 7 3 Outline drawing 36 7 4 Declaration of conformity 37 7 5 Declaration of origin 38 8 Ordering information 39 8 1 SMARTS II Sets part number 39...

Page 6: ...ly Various authorities have long defined limit values designed to protect users from the dangers of exposure to such emissions and the SMARTS II is an effective tool to help companies and individuals...

Page 7: ...ric or magnetic field strengths are likely The SMARTS II is an area monitor that can be installed on ceilings and walls with automatic frequency response evaluation according to a selected safety stan...

Page 8: ...rument CAUTION Indicates a hazardous situation which if not avoided could result in minor or moderate injury WARNING Indicates a hazardous situation which if not avoided could result in death or serio...

Page 9: ...1 2 3 Sequence of instructions Indicates a sequence of instructions that must be carried out in the order given Result Indicates the result of carrying out an instruction e g The instrument starts a s...

Page 10: ...e only under the conditions and for the purposes for which it was designed Pay particular attention to the information in the corresponding datasheet Intended use also means the following Observe the...

Page 11: ...urred during shipping Damage may have occurred if the packaging itself has been clearly damaged Do not attempt to use a device that has been damaged Check for completeness as well as any transport dam...

Page 12: ...h live parts Do not open the device Opening the device invalidates any warranty claim Only use accessories intended for the device Operation of a damaged device or component may result in significant...

Page 13: ...ng to the safety standard to be measured dangerous fields can be overlooked Staying within such fields may cause injury or death to persons at risk Select the model corresponding to the safety standar...

Page 14: ...ce at the top side of the SMARTS II see 2 8 Instrument overview 2 6 Power supply NOTICE A power supply is not included For external power supply operation the power supply unit must be acquired separa...

Page 15: ...indoors and within the specified temperature range see datasheet for the power supply 2 7 Batteries Impermissible environmental conditions Too high temperatures and humidity can lead to a short circui...

Page 16: ...batteries to high temperatures for long periods of time If the anode or cathode of the batteries comes into contact with another metal heat may develop and the electrolyte may leak The electrolyte is...

Page 17: ...ent piece of cloth However protect the skin eyes and respiratory tract from contact with the electrolyte 2 8 Instrument overview Front view Top view Battery compartment Audio outlet 9 pin connector LE...

Page 18: ...is pressing the TEST button 3 2 Alarm indications Audible The audible alarm is sufficiently loud for most indoor applications An external alarm indication audible and or visual is recommended when th...

Page 19: ...used to determine whether the monitor is above or below the alarm threshold that has been selected by the user SMARTS II respond equally to all polarizations and cover an entire hemisphere 3 4 Batter...

Page 20: ...e of the SMARTS II A mating connector is supplied with the monitor This input output connector is used to provide connections for Relay contacts N C COM and N O ENABLE RECORDER STATUS voltage transiti...

Page 21: ...Relay contact 4 STATUS 4 V 4 V Input Output 5 N C Normally closed Relay contact 6 12 V to 24 V shorted to 7 Floating supply see 4 5 External power supply operation p 24 7 12 V to 24 V shorted to 6 Fl...

Page 22: ...you mount the SMARTS II depends on many factors See 5 Determining location for an explanation and recommendations 4 2 Options It is important to decide how the SMARTS II will be used before you mount...

Page 23: ...ion The SMARTS II can be used in its basic form by operating from the internal U9VL battery and the built in audible and visual alarm indication No external connections are required To operate the SMA...

Page 24: ...in use the same voltage must be applied on both pins 12 V to 24 V To operate the SMARTS II from an external low voltage supply 1 Remove the battery compartment cover by loosening the four captive scr...

Page 25: ...ector 4 6 Alarm threshold adjustment The alarm threshold can be set to any one of four values 10 25 35 or 50 of Standard The default setting is 50 of Standard To change the alarm threshold 1 Remove th...

Page 26: ...cked by measuring the voltage between pin 2 ENABLE RECORDER and pin 9 GND of the 9 pin D subminiature connector The battery is removed and the BATT PS switch set to PS 1 Connect the desired power supp...

Page 27: ...on and permanent damage of the relay Do not exceed relay contact rating of 3 W 250 mA 28 V The level on the STATUS line pin 4 transitions from 4 V under standby conditions to a 4 V under alarm conditi...

Page 28: ...function normally whenever the relay contacts or the switch is open The SMARTS II alarm function will not function whenever the relay contacts or the switch is closed 4 11 Remote test It is possible...

Page 29: ...depends not only on the alarm threshold setting but the field strength of each frequency component The sensitivity of SMARTS II area monitors varies with the specific model All models have shaped fre...

Page 30: ...t levels below the Standard the monitor will always activate its alarm whenever people are in a field that exceeds the Standard Under these conditions there is no limit to the area that is covered Eve...

Page 31: ...successfully it is important to calculate the relative energy levels that the monitor and people will be exposed to based on the distance from the energy source to the monitor and the distance from t...

Page 32: ...s to clean the device and power supply 6 2 Repair and modification The device is designed for low maintenance Regular function testing is recommended to ensure faultless monitoring Unauthorized or imp...

Page 33: ...onic equipment return are available in your area You can obtain the addresses from your city or municipal administration As a manufacturer we also offer you to take back the device free of charge and...

Page 34: ...34 SMARTS II 7 Specifications 7 1 Monitor Specifications 7 2 General Specifications 7 3 Outline drawing 7 4 Declaration of conformity 7 5 Declaration of origin...

Page 35: ...W 250 mA 28 V Recorder Output Level nom 1 V full scale start of alarm output 900 mV Load Impedance min 100 k Accessories Supplied Connector D SUB Backshell D SUB Battery Operating Manual Test Report 7...

Page 36: ...36 SMARTS II 7 3 Outline drawing...

Page 37: ...7 Specifications SMARTS II 37 7 4 Declaration of conformity...

Page 38: ...38 SMARTS II 7 5 Declaration of origin Country of Origin Germany...

Page 39: ...rt number SMARTS II Set FCC 1997 Occupational Controlled 2688 101 SMARTS II Set ICNIRP 1998 Occupational 2688 104 SMARTS II Set IEEE C95 1 2019 Restricted environm 2688 105 Each set includes Battery 9...

Page 40: ...435 Moreland Road Hauppauge NY11788 USA Phone 1 631 231 1700 NardaSTS L3Harris com Narda Safety Test Solutions S r l Via Rimini 22 20142 Milano Italy Phone 39 0258188 1 nardait support L3Harris com Na...