IDEAL INDUSTRIES, INC. TECHNICAL MANUAL MODEL: 61-360
Contents
1. IDEAL INDUSTRIES INC TECHNICAL MANUAL MODEL 61 360 The Service Information provides the following information e Precautions and safety information e Specifications e Performance test procedure e Calibration and calibration adjustment procedure e Basic maintenance replacing the battery and fuses Form number TM61360 Revision 2 Date Oct 2002 Form number TM61360 Rev 2 October 2002 TABLE OF CONTENTS Title Page Introduction Precautions and Safety Information Safety Information Specifications General Specification Voltage Specifications Current Specifications Resistance Specifications Diode Continuity Specifications Performance Verification Table 1 Verification 61 360 Calibration Replacing the Battery Mi nal Bi _ WlwhlLHMoyTNMmo sy T NININ TNT Rel eRe Replacing Fuses Form number TM61360 Rev 2 October 2002 Page 1 Introduction in Warning To avoid shock or injury do not perform the verification tests or calibration procedures described in this manual unless you are qualified to do so The information provided in this document is for the use of qualified personnel only A Caution The 61 360 contains parts that can be damaged by static discharge Follow the standard practices for handling static sensitive devices For additional information about IDEAL INDUSTRIES INC and its products and services visit IDEAL INDUSTRIES INC web site at www idealindustries com SAFETY Review the following saf2. Rev 2 October 2002 Continuity Test 200 Beep on Page 4 CALIBRATION Calibration Preparation Required Equipment The class of calibrator or equipment should have an accuracy that exceeds by an expectable ratio the accuracy of this instrument 1 Turn on the calibrator allow calibrator to warm up Temperature stabilization should be reached after 30 minutes 2 Disconnect the test leads and turn the range switch to OFF 3 Remove the screw holding the bottom case cover just above the battery cover 4 The case bottom is secured to the case top by two internal snaps at the LCD end lift up on the battery end until the case un snaps 5 Using a calibrated meter ensure the battery measures a minimum of 7 5V DC If the battery measures under 7 5V DC replace the battery Calibration Procedure It is recommended that all IDEAL meters undergo the following calibration procedure on an annual basis 61 360 Calibration Procedure Calibration 1 Set the Function Range Switch to the 200mV DC position 2 Set the output of the DC calibrator for 190 0mV and connect it to the V Ohm and COM input terminals 3 Adjust VR1 VR 200 ohm until the display reads 190 0mV 1 digit Note This is the only adjustment required for the 61 360 Calibration is complete Form number TM61360 Rev 2 October 2002 Page 5 Battery Replacement refer to Figure 1 1 Disconnect the test leads from any circuit under test and turn o
3. ductors Form number TM61360 Rev 2 October 2002 Page 3 PERFORMANCE VERIFICATIONS Perform the following analysis if the meter conforms to the limits listed in Table 1 the meter is functioning correctly If the meter does not conform to any of the listed limits the calibration procedure must be performed Performance Verification Preparation l Zs 3 Turn on the calibrator allow calibrator to warm up Temperature stabilization should be reached after 30 minutes Remove battery cover and using a calibrated meter to ensure the battery measures a minimum of 7 5V DC If the battery measures under 7 5V DC replace the battery before beginning the performance test Input the values listed in Table 1 for the Standard 61 360 Table 1 Performance Verification Function Setting Range High Limit ACV 200m 190mV AC 50Hz ACV 200m 190mV AC 500Hz ACV 2000m 1900mV 50Hz ACV 2000m 1900mV 500Hz ACV 20 19 00V AC 50Hz ACV 20 19 00V AC 500Hz ACV 200 190V AC 50Hz ACV 200 109V AC 500Hz ACV 600 500V AC 50Hz ACV 600 500V AC 60Hz DCV 200mV 190mV DC DCV 2000mV 1900mV DC DCV 20V 19 00V DC DCV 200 190 0V DC DCV 600 500V DC A DC 2004A A DC 20mA A DC 200mA A DC 10 A AC 200pA 1004A 50Hz A AC 200A 100uA 500Hz A AC 20mA 10mA 50Hz A AC 20mA 10mA 500Hz A AC 200mA 100mA 50Hz A AC 200mA 100mA 500Hz A AC 10A 9A 50Hz A AC 10A 9A 500Hz 500mV Continuity Test 100Q Beep off Form number TM61360
4. ety precautions to avoid injury and prevent damage to this product or any products connected to it To avoid potential hazards use the product only as specified It is recommended that you read through the Operation or User manual before starting Not all Caution Warning or Danger precautions are listed in this manual CAUTION These statements identify conditions or practices that could result in damage to the equipment or other property in WARNING These statements identify conditions or practices that could result in personal injury or loss of life Specific precautions Use proper Fuse To avoid fire hazard use only the fuse type and rating specified for this product Do not operate without covers To avoid personal injury do not apply any voltage or current to the product without the covers in place Electric overload Never apply a voltage to a connector on the product that is outside the range specified for that connector Avoid electric shock To avoid injury or loss of life do not connect or disconnect probes or test leads while they are connected to a voltage source Do not operate in wet damp conditions To avoid electric shock do not operate this product in wet or damp conditions Form number TM61360 Rev 2 October 2002 Page 2 General specifications Characteristics Display Display Count Overrange Indication Sampling Rate Operating Environment Relative Humidity Temperature Coefficient Storage En
5. ff meter 2 Remove the three screws for the back case cover 3 Remove battery from compartment noting the and position of the battery terminals 4 Remove the plastic battery sleeve and place it on the new battery Damage can occur to the circuit if the plastic battery sleeve is not replaced with the new battery 5 Install new 9V battery NEDA 1604 into the compartment and assure proper polarity of battery An alkaline type is recommended 6 Install bottom case cover and secure with screws Keep this battery cover for continuous use when making Battery replacement Figure 1 Replacing Fuses 1 Disconnect the test leads and turn the range switch to OFF 2 Remove the three screws holding the bottom case cover 3 Use a digital multimeter in low resistance ohms mode to check the two fuses mA input 0 5A 250V fast acting fuse Amp input 10A 600V fast acting fuse 4 Replace the defective fuse with the recommended fuse type mA 0 5A 250V fast acting fuse Type LA 3895 is recommended Amp 10A 600V fast acting fuse Type LA 3897 is recommended 5 Install bottom cover and secure with screws Form number TM61360 Rev 2 October 2002
6. vironment Power source Battery Live Low Battery Indicator Auto Power Off mode A protection Fuse Dimensions Weight Safety Description 3 4 Digit LCD display 2000 count maximum reading 1999 OL displayed 3 time second 0 C to 50 C 32 F to 122 F 70 RH 0 05X x accuracy per F 32 F to 65 F 85 F to 122 F 20 C to 60 C 0 F to 140 F at lt 70 relative humidity 9V Battery NEDA 1604 300 hours typical alkaline E symbol indicates low battery voltage Approximately 25 minutes 0 5A 250V fast acting fuse Type LA 3895 10A 600V fast acting fuse Type LA 3897 5 75 H X 2 75 W X 1 5 D without holster Approximately 18 0 oz including battery UL 1244 and Design to comply with IEC 1010 1 Cat III RANGES and ACCURACY SPECIFICATION 61 360 Function Setting AC Voltage DC Voltage AC Current 200 0mV 2000mV 20 00V 200 0V 600V 50Hz to 500Hz 200 0mV 2000mV 20 00V 200 0V 600V_ 0 5 Idigit 200pLA 2 00mA 20 00mA 10A 50Hz to 500Hz 1 0 4 digits 1 5 4 digits 1 5 4 digits 2 000MQ 20 00MQ 2 0 4 digits AC Converter Average responding RMS Calibrated to Sine Wave Overload Protection AC and DC Volts 200mV range 500VDC or 350V rms for no more that 15 sec 2V to 600V range 600V DC or AC rms Resistance Diode Continuity 500V DC or AC rms mA input 250V DC AC rms Amps input 600V DC AC rms on insulated conductors or 250V DC AC rms on un insulated con
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