SIEMENS Prüf-Nr./Q-Nr.: Ce Tificate No.: Dienststelle: Department: 3224 a DF CP R&D V 3 / Drutschmann Ort: Amberq Tag: 2015-02-09 Place: - Date: Anlagen: Test Report= 12094ENV01 Enclosures: 120g4ENV02a Typprtibescheinigung I T p fesf Ceft'fræte Ezeusnis tproduct: Thermal OVeflOad Relay Iyp: 3RU2l36 rype: ãnuig, ãnuzg Tech.-Daten: U" = 690V / le = 5,5 - too specirication: Hersteller: SiemenS AG Manufacturer: DF Gp Art der Prüfung I Type of test: Type TeSt Prüfer/ DF CP R&D V 1 Mr. Koerner Tested by: Labor / Laboratory: LOVAG registered and DAkkS accredited Testing Laboratory Siemens AG, Amberg An gewandte P rüfbestim mu n gen / Iesf specific ations a ppl i e d : KWU ASV ZEN000 DD/7080.9/l : 07.1987; Earthquake IEC 61373: 05.2010; Railway Applications fec 60068-2-6:12.2007 IEC 60068-2 -27 : 02.2008 EC 60068-247= 04.2005 Durchgeführte Prüfungen I Tests conducted: Railway Applications for Category 1, Glass B: Paragraph 8.1, 9.1 and 10.5 Earthquake: Resonance Search, Load, Additional Load (as) Prüfergebnis / Iesf resu/fs: All requirements of the test specification are met. BemerkungenlRemarks: lssued:2014-09-29 lndex a, dated 2015-02-09: Test report 12094ENV02 dated 2014-03-05 replaced by test report 1 2094ENVO2a dated 2015-02-09 ('Ì i.v DF CP VMr DF CP R&D EN Mr. Koppmann SIEMENS Anton S. Huber, CEO DigitalFactory S emens Aktiengesellschaft: Chairman of the Supervisory Board: Gerhard Cromme; Managing Board: Joe Kaeser, Ghairman, President and Chief Executive Officer; Roland Busch, Lisa Davis, Klaus Helmrich, Janina Kugel, Siegfried Russwurm, Ralf P. Thomas; Regjstered off ces: Berlin and Munich, Germany; Commercial registries: Berlin Charlottenburg, HRB 12300, Munich, HRB 6684; WEEE-Reg -No. DE 23691322 Formular: Feb 2015
SIEMENS Test Report No. 12094ENV01 DAKKS Deutsche Akkreditjerungsstelle D-PL-1105t04-01 Test laboratory: Glient: Manufacturer: Test object: 92220 Amberg, Werner-von-Siemens-Str. 48 Siemens AG, I la CE CP R&D-PM 92220 Amberg, Werner-von-Siemens-Str. 48 Siemens AG, I la CÉ 92220 Amberg, Werner-von-Siemens-Str. 48 Thermal overload relays size 52 with accessories Typedesignation: 3RU2l36-.. Date(s) of receipt: 20'12-05-14 Date(s) of test(s): 2013-11-29-2014-04-07 Test specification KWU ASV ZEN000 DD/7080.9/1 (1987-07) DrN EN 60068-2-6 (2008-10) DrN EN 60068-2-47 (2006-03) Test results ln accordance with the test specification. The Record of Proving Test consists of: 1 pages: cover sheet 26 pages: test report pages: description test facilities pages: attachments I pages: supplements pages: drawings pages: photographs Date of issue: 2014-09-29 Responsible Test Laboratory Signatures:... (Authorized representative) Mr Koerner (Laboratory Manager) Mr- Bogner Note: The test result relates only to the items tested. The test report shall t be reproduced except in full without the written approval of the test laboratory. Page 1 / 35 Siemens TRF01 lnd02
Page 2 / 35 Contents: 1. Summary of testing 2. Description of the EUT 3. Test conducted 3.1 Vibration response investigation 3.1.1 Test requirements 3.1.2 Test procedure 3.1.3 Test results 3.2 Vibration load test 3.2.1 Test requirements 3.2.2 Test procedure 3.2.3 Test results 3.3 Determined excitation level with the additional load (a 0 ) 3.3.1 Test requirements 3.3.2 Test procedure 3.3.3 Test results 3.4 Routine test 4. Measuring- /test equipment and calibration Supplements Test assemblies sample 12094EN002, sample 12094EN004 to sample 12094EN006 and sample 12094EN013 to sample 12094EN016
Page 3 / 35 1. Summary of testing Tests vibration load test determination excitation level with the additional load (a0) sample. 12094EN according to: KWU ASV ZEN000 DD/7080.9/1 part 9.1 test voltages according to: KWU ASV ZEN000 DD/7080.9/1 part 9.2 1) verified acceleration values [m/s²] routine test according to: KWU ASV ZEN000 DD/7080.9/1 part 10 hold voltage switch on voltage X Y Z 002 150V 180V 42 42 60 passed 004 19,2V 19,2V 28 14 60 passed 005 --- --- 60 60 60 passed 006 --- --- 60 60 60 passed 013 150V 180V 40 40 30 passed 014 150V 180V 40 40 30 passed 015 150V 180V 40 40 20 passed 016 19,2V 19,2V 21 21 42 passed 1) The measured values are detailed documented in 3.3.3 Test results.
Page 4 / 35 2. Description of the EUT Nomenclature breakdown: Overview series 3RU2136-. 3RU2136-4A B 0 I II III IV I. Basic Type 3RU2136 Thermal overload relay SIRIUS Invation, size S2 Rated current Ie: rated power at AC 400V: up to 80 A up to 45 kw II. Setting Ranges 1H - 5,5 8 A 1J - 7 10 A 1K - 9 12,5 A 4A - 11 16 A 4B - 14 20 A 4D - 18 25 A 4E - 22 32 A 4F - 28 40 A 4G - 36 45 A 4H - 40 50 A 4Q - 47 57 A 4J - 54 65 A 4K - 62 73 A 4R - 70 80 A III. B D Type of Terminals Screw terminals main circuit: Screw terminals; auxiliary circuit: Spring terminals IV. Mounting Type 0 For mounting to the contactor 1 Standalone mounting Accessories 3RU2936-3AA01 or 3RU6936-3AA01 Connecting support for screw terminal 3RV2908-0P Sealable cover
Page 5 / 35 Continuation: Nomenclature Breakdown 3RU1900-2A B71 I II III I. Basic Type 3RU1900 Remote Reset for use with 3RU11 and 3RU21 3RU2900 Remote Reset for use with 3RU21 3RU6900 Same as 3RU2900 and suitable for use with 3RU61 II. Type of -1A mechanical remote reset, stabile -1B mechanical remote reset, flexible 400 mm -1C mechanical remote reset, flexible 600 mm -2A electrical mechanical remote reset III. Voltage Ratings (for types -2A with screw terminals) B71 F71 M71 24-30 V ac/dc 110-127 V ac/dc 220-250 V ac/dc
Page 6 / 35 Tested devices: 3RU2136-.. Type: Sample No 12094EN 002 004 005 006 Device Tested device Type designation Date code mounting monitoring -008 Thermal overload relays 3RU2136-1HD0 E01; G/130529 screw mounted 95-96; 97-98 -009 Contactor 3RT2035-3AP00 pilot series 13-14; 21-22 -010 Electrical remote reset 3RU1900-2AM71 G/1245200-011 Sealabel covers 3RV2908-0P --- -012 Terminal brackets 3RU2936-3AA01 pilot series -013 Auxiliary switch block front mounted 3RH2911-2HA22 E02; LO130828-019 Thermal overload relays 3RU2136-4RB0 E01; G/130614 screw mounted electric mechanic mechanic 11-12; 33-34; 43-44 95-96; 97-98 -020 Contactor 3RT2038-1NB30 pilot series 13-14; 21-22 -021 Mechanical remote reset 3RU2900-1C E01; G/120615-022 Sealabel covers 3RV2908-0P --- -023 2x Auxiliary switch block side mounted 3RH2911-1DA11 E03; NQ/131121-025 Thermal overload relays 3RU2136-4RB0 E01; G/130614-026 Electrical remote reset 3RU1900-2AB71 G/1232280-027 Terminal brackets 3RU2936-3AA01 pilot series -028 Terminal brackets 3RU2936-3AA01 pilot series -029 Thermal overload relays 3RU2136-4RD0 E01; G/130617-030 Mechanical remote reset 3RU2900-1C E01; G/120615-031 Terminal brackets 3RU2936-3AA01 pilot series screw mounted snap mounted mechanic mechanic 31-32; 43-44; 63-64 95-96; 97-98 electric mechanic mechanic 95-96; 97-98 mechanic mechanic
Page 7 / 35 Sample No 12094EN 013 014 015 016 Device Tested device Type designation Date code mounting monitoring -070 Thermal overload relays 3RU2136-1HB0 E01; G/130426-071 Contactor 3RT2035-1AP00 pilot series -072 Electrical remote reset 3RU1900-2AB71 E02; G/1405203-073 Mechanical remote reset 3RV2908-0P --- -074 Sealabel covers 3RT2936-4EA2 --- -075 Auxiliary switch block front mounted 3RH2911-1HA22 E02; LO140219-076 Thermal overload relays 3RU2136-1HB0 E01; G/130426-077 Contactor 3RT2035-1AP00 pilot series -078 Electrical remote reset 3RU1900-2AB71 E02; G/1405203-079 Mechanical remote reset 3RV2908-0P --- -080 Sealabel covers 3RT2936-4EA2 --- -081 Auxiliary switch block front mounted 3RH2911-1HA22 E02; LO140219-082 Thermal overload relays 3RU2136-1HB0 E01; G/130423-083 Contactor 3RT2035-1AP00 pilot series -084 Electrical remote reset 3RU1900-2AB71 E02; G/1405203-085 Mechanical remote reset 3RV2908-0P --- -086 Sealabel covers 3RT2936-4EA2 --- -087 Auxiliary switch block front mounted 3RH2911-1HA22 E02; LO140219-088 Thermal overload relays 3RU2136-4RD0 E01; G/130617 snap mounted snap mounted snap mounted snap mounted L1-T3; 95-96;97-98 L1-T3; 13-14; 21-22 electric mechanic mechanic 11-12; 21-22; 33-34; 43-44 L1-T3; 95-96;97-98 L1-T3; 13-14; 21-22 electric mechanic mechanic 11-12; 21-22; 33-34; 43-44 L1-T3; 95-96;97-98 L1-T3; 13-14; 21-22 electric mechanic mechanic 11-12; 21-22; 33-34; 43-44 95-96; 97-98 -089 Contactor 3RT2038-3NB30 pilot series 13-14; 21-22 -090 Electrical remote reset 3RU1900-2AM71 E02; G/1408203-091 Sealabel covers 3RV2908-0P --- -092 2x Auxiliary switch block side mounted 3RH2911-2DA11 E03; NQ/140213 electric mechanic 31-32; 51-52; 63-64 Other distinguishing marks:
Page 8 / 35 Mounting arrangement and axis description: Figure 1: sample 12094EN002, x-axis 28 Figure 2: sample 12094EN002; y-axis 28 Figure 3: sample 12094EN002; z-axis 28 Figure 4: sample 12094EN004; x-axis 29 Figure 5: sample 12094EN004; y-axis 29 Figure 6: sample 12094EN004; z-axis 29 Figure 7: sample 12094EN005; x-axis 30 Figure 8: sample 12094EN005; y-axis 30 Figure 9: sample 12094EN005; z-axis 30 Figure 10: sample 12094EN006; x-axis 31 Figure 11: sample 12094EN006; y-axis 31 Figure 12: sample 12094EN006; z-axis 31 Figure 13: sample 12094EN013; x-axis 32 Figure 14: sample 12094EN013; y-axis 32 Figure 15: sample 12094EN013; z-axis 32 Figure 16: sample 12094EN014; x-axis 33 Figure 17: sample 12094EN014; y-axis 33 Figure 18: sample12094en014; z-axis 33 Figure 19: sample 12094EN015; x-axis 34 Figure 20: sample 12094EN015; y-axis 34 Figure 21: sample 12094EN015; z-axis 34 Figure 22: sample 12094EN016; x-axis 35 Figure 23: sample 12094EN016; y-axis 35 Figure 24: sample 12094EN016; z-axis 35 Mounting surface Z+ X+ Y+
Page 9 / 35 3. Test conducted 3.1 Vibration response investigation Date of test: 2013-11-29 2013-12-12; 2014-03-27 2014-04-07 3.1.1 Test requirements Tests conducted according to: DIN EN 60068-2-6 (2008-10) DIN EN 60068-2-47 (2006-03) vibration response investigation mounting of the test assemblies Values according to: KWU ASV ZEN000 DD/7080.9/1 (1987-07) 3.1.2 Test procedure 3.1.2.1 Test values Vibration response investigation according to DIN EN 60068-2-6 part 8.2 test frequency range [Hz] cross-over frequency [Hz] amplitude below the cross-over frequency [mm] acceleration above the cross-over frequency [m/s²] Number of sweep cycles vibration response investigation 5-35 - - 7 0,5 3.1.2.2 Controlled contacts / circuits No controlled contacts / circuits during vibration response investigation. This test is only to determinate the critical frequencies. 3.1.2.3 Operating conditions Condition 1: Condition 2: contactor switch on, overload relays reset contactor switch off, overload relays set
Page 10 / 35 3.1.2.4 Failure criterion No failure criterion this test is only to determinate the critical frequencies. 3.1.2.5 Function test No test during vibration response investigation. This test is only to determinate the critical frequencies. 3.1.2.6 Mounting description The screw mounted test samples were mounted with a torque of 1,2Nm. All snap mounted test samples were tested with solid mounting rails 7,5 mm x 35 mm. All test samples were mounted according to DIN EN 60068-2-47 (2006-03) 3.1.3 Test results Sample No. test sample mounting maximum frequency [Hz] operating condition resonance frequency [HZ] amplification factor x y z x y z 002 screw 35Hz 1 004 screw 35Hz 1 005 screw 35Hz 1 006 snap 35Hz 1 013 snap 35Hz 1 014 snap 35Hz 1 015 snap 35Hz 1 >35 >35 >35 23 32 20 26 >2,0 >2,0 >2,0 3,9 4,4 3,9 5,0
Page 11 / 35 result of resonance search of one sample (sample 013 z-axis)
Page 12 / 35 3.2 Vibration load test Date of test: 2013-11-29 2013-12-12; 2014-03-27 2014-04-07 3.2.1 Test requirements Tests conducted according to: DIN EN 60068-2-6 (2008-10) DIN EN 60068-2-47 (2006-03) vibration load test mounting of the test assemblies Values according to: KWU ASV ZEN000 DD/7080.9/1 (1987-07) 3.2.2 Test procedure 3.2.2.1 Test values Vibration load test according to DIN EN 60068-2-6 part 8.3.1 Test values according to KWU ASV ZEN000 DD/7080.9/1 floating sine: excitation level: frequency changing speed: 5 Hz 35 Hz tested device t actuated 35 Hz 5 Hz tested device actuated 5 Hz 35 Hz tested device with switching operations 15 m/s² (tested with 3 devices) if there is only one tested device, the vibration load test has to be conducted with an excitation level of 21m/s² (15m/s² x 1,4) 1 oct/min test diagram: test with 15m/s²
Page 13 / 35 test voltage: Tested values deviating from specification according to the arrangement between Siemens AG type test center Amberg and Areva: AC: rated voltage: Us DC: rated voltage: Us switch on voltage: 0,75Us switch on voltage: 0,8Us hold voltage: 0,6Us hold on voltage: 0,8Us 3.2.2.2 Controlled contacts / circuits Controlled contacts / circuits of an overload 3RU2136-..B0, / 3RU2136-..D0 Aux. circuit int.: 95-96, 97-98, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of a contactor 3RT2035-.AP00, / 3RT2038-.NB30 Aux. circuit int.: 13-14, 21-22, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of an auxiliary switch block front mounted 3RH2911-1HA22 Aux circuit: 11-12, 21-22, 33-34, 43-44 Controlled contacts of an auxiliary switch block side mounted 3RH2911-2DA11 Aux circuit: 31-32, 43-44 or 51-52, 63-64 Example for monitoring the contacts of a contactor with auxiliary switch block ground A1 L1 L2 L3 13.1.1.3.3 A2 T1 T2 A1 14.2.2.4.4 Channels of scope corder Ch 1 CH 2 Ch 3 Ch 4 Ch 5 Ch 6 Ch 7 Ch 8
Page 14 / 35 3.2.2.3 Operating conditions Condition 1: Condition 2: contactor switch on, overload relays reset contactor switch off, overload relays set 3.2.2.4 Failure criterion - Fall down of the device under test from the fixture - Mechanical damage of the device under test - Functional failure of the device under test - State changes of the controlled contacts >3ms If there is any deviation during the vibration test with the values according to 3.2.2.1 Test values, the results have to be mentioned in 3.2.3 Test results 3.2.2.5 Function test - Monitoring of the contacts with a Yokogawa Scope Corder in conditions according to 3.2.2.3 Operating conditions - The controlled contacts / circuits are described in 3.2.2.2 Controlled contacts / circuits - Switching actions before, during and after the test, according to 3.2.2.3 Operating conditions - The switch on and hold voltage of each sample is mentioned in the table below. Sample No. 12094EN kind of coil rated voltage [V] hold voltage [V] switch on voltage [V] 002 AC 220 150 180 004 DC 24 19,2 19,2 013 AC 220 150 180 014 AC 220 150 180 015 AC 220 150 180 016 DC 24 19,2 19,2 - The test current on the main contacts of each sample in on condition is mentioned in the table below. Sample No. rated current [A] test current (0.9xrated current) [A] contacts 002 5,5 4,95 main contacts 004 70 63 main contacts 005 70 63 main contacts 006 70 63 main contacts 013 5,5 4,95 main contacts 014 5,5 4,95 main contacts 015 5,5 4,95 main contacts 016 70 63 main contacts
Page 15 / 35 3.2.2.6 Mounting description According to 3.1.2.6 3.2.3 Test results All test samples were tested according to 3.2.1 Test requirements and 3.2.2 Test procedure with an excitation level of a max = 21 m/s². The requirements were met.
Page 16 / 35 3.3 Determined excitation level with the additional load (a 0 ) Date of test: 2013-11-29 2013-12-12; 2014-03-27 2014-04-07 3.3.1 Test requirements Tests conducted according to: DIN EN 60068-2-6 (2008-10) DIN EN 60068-2-47 (2006-03) additional load test mounting of the test assemblies Values according to: KWU ASV ZEN000 DD/7080.9/1 (1987-07) 3.3.2 Test procedure 3.3.2.1 Test values Additional load test according to DIN EN 60068-2-6 part 8.3.1 Test values according to KWU ASV ZEN000 DD/7080.9/1 permanent sine excitation frequency 2 s tested device t actuated 2 s tested device actuated according to calculation, see below excitation level preferred value 60m/s² (tested with 3) If there is only one tested device, the test has to be conducted with an excitation level of 84m/s² (60m/s² x 1,4) Other values also accepted. The reached values are documented in 3.3.3 Test results. Calculated estimation of the natural frequency: f 0.5 0.5 0 [ 1000 /(2x3.14)]( c / m) Excitation frequency fe0 was determined in accordance with ZEN000 DD/7080.9/Abs. 9.2.1: Resonanzfrequenz < 25 Hz: f e0 = 2 0,5 f 0, Resonanzfrequenz > 25 Hz: f e0 = 0,35 f 0min,
Page 17 / 35 Calculation of the excitation frequency: contactor 3RT2035-.AP00 3RT2038-.NB30 whole moved mass m (g) result. F-rate c (N/m) natural frequency (calculated resonance frequency) f 0 (Hz) excitation frequency f e0 (Hz) 200 900 10,68 15,11 3.3.2.2 Controlled contacts / circuits According to 3.2.2.2 3.3.2.3 Operating conditions According to 3.2.2.3 3.3.2.4 Failure criterion - Fall down of the device under test from the fixture - Mechanical damage of the device under test - Functional failure of the device under test - State changes of the controlled contacts >3ms If there is any deviation during the test with the values according to 3.3.2.1 Test values, the results have to be mentioned in 3.3.3 Test results 3.3.2.5 Function test According to 3.2.2.5 3.3.2.6 Mounting description According to 3.1.2.6
Page 18 / 35 3.3.3 Test results All test samples were tested according to 3.3.1 Test requirements and 3.3.2 Test procedure with an excitation level of a max = 84 m/s². Tested devices which had any deviation according to 3.3.1 Test requirements and 3.3.2 Test procedure, the reduced excitation levels, are listed in the table below and: The requirements were met. Sample. 12094EN tested device tested device mounting operating condition number of tested devices excitation frequency f e0 [Hz] tested excitation level a [m/s²] verified excitation level a [m/s²] every axis X Y Z X Y Z -008 2-013 -019 4-020 -023 13-071 14-077 -082 15-083 16-092 screw mounted screw mounted snap mounted snap mounted snap mounted snap mounted condition 1 1 15,11 84 84 84 60 60 60 condition 2 1 15,11 60 60 84 42 42 60 condition 1 1 15,11 84 84 84 60 60 60 condition 2 1 15,11 60 50 84 42 35 60 condition 1 1 12,2 84 84 84 60 60 60 condition 2 1 12,2 40 40 84 28 28 60 condition 1 1 12,2 84 84 84 60 60 60 condition 2 1 12,2 84 20 84 60 14 60 condition 1 1 12,2 84 84 84 60 60 60 condition 2 1 12,2 84 20 84 60 14 60 condition 1 3 15,11 50 40 30 50 40 30 condition 2 3 15,11 40 40 30 40 40 30 condition 1 3 15,11 50 40 30 50 40 30 condition 2 3 15,11 40 40 30 40 40 30 condition 1 3 15,11 50 40 30 50 40 30 condition 2 3 15,11 40 40 20 40 40 20 condition 1 3 15,11 50 40 30 50 40 30 condition 2 3 15,11 40 40 30 40 40 30 condition 1 1 12,2 60 60 60 42 42 42 condition 2 1 12,2 30 30 60 21 21 42
Page 19 / 35 3.4 Routine test Date of test: 2013-07-31; 2013-09-27; 2013-09-30; 2014-02-13; 2014-04-14 2014-04-16 3.4.1 Test parameter and results Test 1: Isolation Test voltage: 2,64kV; 1s Test performance: The voltage must be connected between the main contacts and all other connected auxiliary contacts. Test criteria: sparkover Test 2: Adjustment Test standard: IEC60947-4-1 Test performance: lower rating, 1,05x current holding Test criteria: 1,20x current tripping 3.4.2. Test results 3.4.2.1 Performance test before vibration Routine test zu KWU ASV ZEN000 DD/7080.9/1 (1987-07) NEA652220000000 (2012-10-08) MLFB sample No. 12094EN Test 1 Isolation Test 2 Adjustment 3RU2136-1HB0-008 ok ok 3RU2136-4RB0-019 ok ok 3RU2136-4RB0-025 ok ok 3RU2136-4RB0-029 ok ok 3RU2136-1HB0-070 ok ok 3RU2136-1HB0-076 ok ok 3RU2136-1HB0-082 ok ok 3RU2136-4RD0-088 ok ok
Page 20 / 35 3.4.2.2 Performance test after vibration Routine test zu KWU ASV ZEN000 DD/7080.9/1 (1987-07) NEA652220000000 (2012-10-08) MLFB sample No. 12094EN Test 1 Isolation Test 2 Adjustment 3RU2136-1HB0-008 ok ok 3RU2136-4RB0-019 ok ok 3RU2136-4RB0-025 ok ok 3RU2136-4RB0-029 ok ok 3RU2136-1HB0-070 ok ok 3RU2136-1HB0-076 ok ok 3RU2136-1HB0-082 ok ok 3RU2136-4RD0-088 ok ok
Page 21 / 35 3.4.3 Test parameter and results Test 1: on delay Time between switching on the control voltage and closing of L3/T3 Test 2: off delay Time between switching off the control voltage and opening of L3/T3 Test 3: holding voltage switching on the device. Reducing the voltage to the holding voltage. The device must remain in on position. Test 4: dropout voltage switching on the device. Reducing the voltage to the dropout voltage. The device must go to off position. Test 5: current at rated voltage Test 6: current at power-on voltage Only for DC/UC contactors. Current at the lower power-on voltage
Page 22 / 35 3.4.4. Test results 3.4.4.1 Performance test before vibration Routine test zu KWU ASV ZEN000 DD/7080.9/1 (1987-07) MLFB sample No. 12094EN Test 1 on delay Test 2 off delay Test 3 holding voltage 3RT2035-2AP00-009 18ms 12ms ok 3RT2038-1NB30-020 50ms 56ms ok 3RT2035-1AP00-071 17,37ms 11,28ms ok 3RT2035-1AP00-077 17,28ms 14,63ms ok 3RT2035-1AP00-083 17,29ms 16,32ms ok 3RT2038-3NB30-089 53,93ms 50,24ms ok Routine test zu KWU ASV ZEN000 DD/7080.9/1 (1987-07) MLFB sample No. 12094EN Test 4 dropout voltage Test 5 current at rated voltage Test 6 Current at power-on voltage 3RT2035-2AP00-009 ok 52,3 ma - 3RT2038-1NB30-020 ok 33,7 ma 20,0 ma 3RT2035-1AP00-071 ok 52,76mA 392,78mA 3RT2035-1AP00-077 ok 52,75mA 393mA 3RT2035-1AP00-083 ok 53,21mA 393mA 3RT2038-3NB30-089 ok 34,08mA 19mA
Page 23 / 35 3.4.4.2 Performance test after vibration Routine test zu KWU ASV ZEN000 DD/7080.9/1 (1987-07) MLFB sample No. 12094EN Test 1 on delay Test 2 off delay Test 3 holding voltage 3RT2035-2AP00-009 17,39ms 18,16ms ok 3RT2038-1NB30-020 55,96ms 59,32ms ok 3RT2035-1AP00-071 17,54ms 16,83ms ok 3RT2035-1AP00-077 17,31ms 14,33ms ok 3RT2035-1AP00-083 17,27ms 17,01ms ok 3RT2038-3NB30-089 53,71ms 47,40ms ok Routine test zu KWU ASV ZEN000 DD/7080.9/1 (1987-07) MLFB sample No. 12094EN Test 4 dropout voltage Test 5 current at rated voltage Test 6 idle current 3RT2035-2AP00-009 ok 53,76mA 390,83mA 3RT2038-1NB30-020 ok 33,27mA 19,61mA 3RT2035-1AP00-071 ok 52,41mA 391,87mA 3RT2035-1AP00-077 ok 52,62mA 392,77mA 3RT2035-1AP00-083 ok 53,06mA 392,84mA 3RT2038-3NB30-089 ok 35,30mA 19,93mA
Page 24 / 35 4. Measuring- /test equipment and calibration 4.1 Test equipment: Electrodynamic shaker for simulating movements in z-axis: (calibration-.: PE-5150-03-004) shaker : RMS Typ SW 8200 amplifier system : RMS TGA 12000 vibration controller : RMS SWR 1200 charge amplifier : RMS SWE 379 : RMS SWE 366 Electrodynamic shaker for simulating movements in x- and y-axis: (calibration-.: PE-Schwing-2) shaker : RMS Typ SW 5-440-SWH 700 APP amplifier system : RMS TGA 10-5/2 vibration controller : RMS SWR 1200
Page 25 / 35 4.2 Measuring equipment: Test sequenze/test vibration load and additional test Date of Test 2013-12-02 2013-12-12 Test Equipment Designation Electrodynamic shaker Scope Corder sample rate: 100kS/s Thermo-Hygrograph Electrodynamic shaker Scope Corder sample rate: 100kS/s Thermo-Hygrograph ID-Number PE-5150-03-004 EC-OSZI-65-061 PE-8000-00-096 PE-SCHWING-2 EC-OSZI-65-060 PE-8000-00-095 Function / Range Shock / vibration TIME/DIV 20 ms -10 C- 50 C/0- Shock / vibration TIME/DIV 20 ms -10 C- 50 C/0- Last calibration Next calibration 2013-03 2014-03 2013-02 2014-02 2013-03 2014-03 2013-03 2014-03 2013-11 2014-11 2013-03 2014-03 Clamp-on ammeter EC-STRZ-60-006 200 A 2013-02 2014-02 Clamp-on ammeter EC-STRZ-60-007 200 A 2013-02 2014-02 Clamp-on ammeter EC-STRZ-60-023 200 A 2013-04 2014-04 Torque wrench 30-150 Ncm MC-5162-30-007 30-150 Ncm 2013-04 2014-04 Torque wrench 60-300 Ncm MC-5162-46-024 60-300Ncm 2013-07 2014-07 Multimeter EC-DMM-74-024 AUTO V/A AC 2013-03 2014-03 Torque wrench 10-200 Nm PM-000053 10-200Nm 2013-05 2014-05 Clamp-on ammeter PM-000104 300A 2013-07 2014-07 Clamp-on ammeter PM-000105 300A 2013-07 2014-07 Clamp-on ammeter PM-000106 300A 2013-07 2014-07 Multizet AVR EC-MUZT-15-025 10A 2013-02 2014-02 Multimeter EC-MUZT-45-034 10A 2013-09 2014-09 Multimeter EC-DMM-94-031 AUTO V/A AC 2013-05 2014-05 Multimeter EC-DMM-37-077 2V AC 2013-07 2014-07
Page 26 / 35 Test sequenze/test vibration load and additional test Date of Test 2014-03-27 2014-04-07 Test Equipment Designation Electrodynamic shaker Electrodynamic shaker ID-Number PE-Schwing-2 PE-5150-03-004 Function / Range Shock / vibration Shock / vibration Last calibration 2013-03 / 2014-03 2013-03 / 2014-03 Next calibration 2014-03 / 2015-03 2014-03 / 2015-03 Clamp-on ammeter PM-000104 300A 2013-07 2014-07 Clamp-on ammeter PM-000105 300A 2013-07 2014-07 Clamp-on ammeter PM-000106 300A 2013-07 2014-07 Multizet AVR EC-MUZT-15-025 10A 2014-02 2015-02 Multimeter EC-MUZT-45-034 10A 2013-09 2014-09 Multimeter EC-DMM-94-031 AUTO V/A AC 2013-05 2014-05 Multimeter EC-DMM-37-077 2V AC 2013-07 2014-07 Scope Corder sample rate: 100kS/s Thermo-Hygrograph Scope Corder sample rate: 100kS/s Thermo-Hygrograph EC-OSZI-65-061 PE-8000-00-096 EC-OSZI-65-060 PE-8000-00-095 TIME/DIV 20 ms -10 C- 50 C/0- TIME/DIV 20 ms -10 C- 50 C/0-2014-02 2015-02 2014-04 2015-04 2013-11 2014-11 2014-04 2015-04 Clamp-on ammeter EC-STRZ-60-006 200 A 2014-03 2015-03 Clamp-on ammeter EC-STRZ-60-007 200 A 2014-03 2015-03 Clamp-on ammeter EC-STRZ-60-023 200 A 2013-04 2014-04 Torque wrench 30-150 Ncm MC-5162-30-007 30-150 Ncm 2013-04 2014-04 Torque wrench 60-300 Ncm MC-5162-46-024 60-300Ncm 2013-07 2014-07 Multimeter EC-DMM-74-024 AUTO V/A AC 2014-04 2015-04 Torque wrench 10-200 Nm PM-000053 10-200Nm 2013-05 2014-05
Page 27 / 35 Test sequence /Test Date of Test Test equipment designation Number Last calibration Next calibration Current transformer EC-IWAN-18-022 2012-09 / 2013-09 2013-09 / 2014-09 Ammeter EC-STRM-20-003 2012-12 / 2013-10 2013-10 / 2014-10 Counter PE-5150-14-014 2013-01 / 2014-01 2014-01 / 2015-01 Current transformer EC-IWAN-30-026 2013-03 / 2014-03 2014-03 / 2015-03 Multimeter EC-MUZT-45-031 2013-01 / 2014-01 2014-01 / 2015-01 Routine test 2013-07-31 to 2014-05-12 High voltage tester EC-HITE-20-005 2013-07 2014-07 Current transformer EC-IWAN-30-024 2013-02 / 2014-02 2014-01 / 2015-02 Ammeter EC-STRM-35-002 2013-02 / 2014-02 2014-02 / 2015-02 Current transformer EC-IWAN-30-025 2013-03 / 2014-03 2014-03 / 2015-03 Ammeter EC-STRM-20-006 2013-02 / 2014-02 2014-02 / 2015-02 Testing position PE-EPP-00-033 2012-10 / 2013-11 2013-10 / 2014-11
Page 28 / 35 Supplements Test assemblies sample 12094EN002, sample 12094EN004 to sample 12094EN006 and sample 12094EN013 to sample 12094EN016 Figure 1: sample 12094EN002, x-axis Figure 2: sample 12094EN002; y-axis Figure 3: sample 12094EN002; z-axis
Page 29 / 35 Figure 4: sample 12094EN004; x-axis Figure 5: sample 12094EN004; y-axis Figure 6: sample 12094EN004; z-axis
Page 30 / 35 Figure 7: sample 12094EN005; x-axis Figure 8: sample 12094EN005; y-axis Figure 9: sample 12094EN005; z-axis
Page 31 / 35 Figure 10: sample 12094EN006; x-axis Figure 11: sample 12094EN006; y-axis Figure 12: sample 12094EN006; z-axis
Page 32 / 35 Figure 13: sample 12094EN013; x-axis Figure 14: sample 12094EN013; y-axis Figure 15: sample 12094EN013; z-axis
Page 33 / 35 Figure 16: sample 12094EN014; x-axis Figure 17: sample 12094EN014; y-axis Figure 18: sample12094en014; z-axis
Page 34 / 35 Figure 19: sample 12094EN015; x-axis Figure 20: sample 12094EN015; y-axis Figure 21: sample 12094EN015; z-axis
Page 35 / 35 Figure 22: sample 12094EN016; x-axis Figure 23: sample 12094EN016; y-axis Figure 24: sample 12094EN016; z-axis
SIEMENS Test RepoÉ No. 12094ENV02a DAKKS Deutsche Akkreditierungsstelle D-PL-1105ç04-01 Test laboratory: Client: 92220 Amberg, Werner-von-Siemens-Str. 48 Siemens AG, DF CP R&D-PM 92220 Amberg, Werner-von-Siemens-Str. 48 Manufacturer: Siemens AG, DF CP 92220 Amberg, Werner-von-Siemens-Str. 48 Test object: Thermal overload relays size 52 with accessories Typedesignation: 3RU2136-.. Date(s) of receipt: 2012-05-14 Date(s) of test(s): 2013-12-09-2013-12-13 Test specification: DIN EN 61373 (2011-041 IEC 61373 (20f 0-05) Test results: ln accordance with the test specification. The Record of Proving Test consists of: 1 pages: cover sheet 17 pages: test report pages: description test facilities 2 pages: supplements pages: drawings pages: photographs pages: attachments Date of issue: 201 5-02-09 Responsible Test Laboratory Type Test Genter Signatures:...:. (Tested by) (Authorized representative) Mr. Koerner (Ass stant Mr. Bogner Note: The test result relates only to the items tested The test report shall t be reproduced except in full without the written approval of the test laboratory. Page 1 I 2O Siemens TRF0I lnd02
Test report.: 12094ENV02a Page 2 / 20 Contents: 1. Summary of testing 2. Description of the EUT 3. Test conducted 3.1 Long life test 3.1.1 Test requirements 3.1.2 Test procedure 3.1.3 Test results 3.2 Functional test 3.2.1 Test requirements 3.2.2 Test procedure 3.2.3 Test results 3.3 Shock test 3.3.1 Test requirements 3.3.2 Test procedure 3.3.3 Test results 4. Measuring- /test equipment and calibration Supplements Test assemblies sample 12094EN007 to 12094EN012 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 3 / 20 1. Summary of testing Tests Sample No. 12094EN Long life test according to: DIN EN 61373 part 9.1 Functional test according to: DIN EN 61373 part 8.1 shock according to: DIN EN 61373 part 10.5 1) 007 passed passed 50m/s² 008 passed passed 50m/s² 009 passed passed 30m/s² 010 passed passed 30m/s² 011 passed passed 50m/s² 012 passed passed 50m/s² 1) shock passed by this test sample, shock duration: 30ms Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 4 / 20 2. Description of the EUT Nomenclature breakdown: Overview series 3RU2136-. 3RU2136-4A B 0 I II III IV I. Basic Type 3RU2136 Thermal overload relay SIRIUS Invation, size S2 3RU6136 Thermal overload relay, size S2 Rated current Ie: rated power at AC 400V: up to 80 A up to 45 kw II. Setting Ranges 1H - 5,5 8 A 1J - 7 10 A 1K - 9 12,5 A 4A - 11 16 A 4B - 14 20 A 4D - 18 25 A 4E - 22 32 A 4F - 28 40 A 4G - 36 45 A 4H - 40 50 A 4Q - 47 57 A 4J - 54 65 A 4K - 62 73 A 4R - 70 80 A III. B D IV. Type of Terminals Screw terminals main circuit: Screw terminals; auxiliary circuit: Spring terminals Mounting Type 0 For mounting to the contactor 1 Standalone mounting Accessories 3RU2936-3AA01 or 3RU6936-3AA01 Connecting support for screw terminal 3RV2908-0P Sealable cover Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 5 / 20 Continuation Nomenclature breakdown: Accessories 3RU1900-2A B71 I II III I. Basic Type 3RU1900 Remote Reset for use with 3RU11 and 3RU21 3RU2900 Remote Reset for use with 3RU21 3RU6900 Same as 3RU2900 and suitable for use with 3RU61 II. Type of -1A mechanical remote reset, stabile -1B mechanical remote reset, flexible 400 mm -1C mechanical remote reset, flexible 600 mm -2A electrical mechanical remote reset III. Voltage Ratings (for types -2A with screw terminals) B71 F71 M71 24-30 V ac/dc 110-127 V ac/dc 220-250 V ac/dc Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 6 / 20 Tested devices: 3RU2136-.. Type: Sample No. 12094EN Device Tested device Type designation Date code mounting monitoring -032 Thermal overload relays 3RU2136-1HB0 E01; G/130426 all contacts / circuits -033 Contactor 3RT2035-1AP00 pilot series all contacts 007-034 Electrical remote reset 3RU1900-2AB71 G/1232280-035 Sealabel covers 3RT2916-4MA10 RDW; 05.JULI 2013-036 Terminal brackets 3RU2936-3AA01 pilot series -037 Auxiliary switch block front mounted snap mounted electric mechanic mechanic 3RH2911-1HA22 E02; LO130829 all contacts -039 Thermal overload relays 3RU2136-1HD0 E01; G/130529 all contacts / circuits -040 Contactor 3RT2035-3AP00 pilot series all contacts 008-041 Electrical remote reset 3RU1900-2AM71 G/1245200-042 Sealabel covers 3RT2916-4MA10 RDW; 05.JULI 2013-043 Terminal brackets 3RU2936-3AA01 pilot series -044 Auxiliary switch block front mounted screw mounted electric mechanic mechanic 3RH2911-2HA22 E02; LO130828 all contacts -045 Thermal overload relays 3RU2136-4RD0 E01; G/130617 all contacts / circuits -046 Contactor 3RT2038-3NB30 pilot series all contacts 009-047 Electrical remote reset 3RU1900-2AM71 G/1245200 snap mounted electric -048 Sealabel covers 3RT2916-4MA10 RDW; 05.JULI 2013 mechanic -049 2x Auxiliary switch block side mounted 3RH2911-2DA11 E03; NQ/131121 all contacts -050 Thermal overload relays 3RU2136-4RB0 E01; G/130614 all contacts / circuits -051 Contactor 3RT2038-1NB30 pilot series all contacts 010-052 Mechanical remote reset 3RU2900-1C E01; G/120615 screw mounted mechanic -053 Sealabel covers 3RT2916-4MA10 RDW; 05.JULI 2013 mechanic -054 2x Auxiliary switch block side mounted 3RH2911-1DA11 E03; NQ/131121 all contacts Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 7 / 20 Sample No. 12094EN 011 012 Device Tested device Type designation Date code mounting monitoring -056 Thermal overload relays 3RU2136-4RB0 E01; G/130614-057 Electrical remote reset 3RU1900-2AB71 G/1232280-058 Terminal brackets 3RU2936-3AA01 pilot series -059 Terminal brackets 3RU2936-3AA01 pilot series -060 Thermal overload relays 3RU2136-4RD0 E01; G/130617-061 Mechanical remote reset 3RU2900-1C E01; G/120615-062 Terminal brackets 3RU2936-3AA01 pilot series screw mounted snap mounted all contacts / circuits electric mechanic mechanic all contacts / circuits mechanic mechanic Other distinguishing marks: Type 3RU2136 and 3RU6136 are identical except for type designation Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 8 / 20 Mounting arrangement and axis description figure 1: overview sample 12094EN007 to 12094EN010... 19 figure 2: overview sample 12094EN011 and 12094EN012... 20 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 9 / 20 3. Test conducted 3.1 Long life test Date of test: 2013-12-09 2013-12-13 3.1.1 Test requirements Tests conducted according to: DIN EN 61373 (2011-04) IEC 61373 (2010-05) railway applications IEC 60068-2-47 (2005-04) DIN EN 60068-2-47 (2006-03) mounting of the test assemblies 3.1.2 Test procedure 3.1.2.1 Test values long life test according to DIN EN 61373 part 9.1 and IEC 61373 part 9.1 test frequency range Hz load duration each axis category 1, class B ASD level (m/s²)²/hz RMS value m/s² long life test 5 150Hz 5 h 0,964 5,7 orientation Vertical Transverse Longitudinal 3.1.2.2 Controlled contacts / circuits Controlled contacts / circuits of an overload 3RU2136-..B0, / 3RU2136-..D0 Aux. circuit int.: 95-96, 97-98, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of a contactor 3RT2035-.AP00, / 3RT2038-.NB30 Aux. circuit int.: 13-14, 21-22, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of an auxiliary switch block front mounted 3RH2911-1HA22 Aux circuit: 11-12, 21-22, 33-34, 43-44 Controlled contacts of an auxiliary switch block side mounted 3RH2911-2DA11 Aux circuit: 31-32, 43-44 or 51-52, 63-64 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 10 / 20 3.1.2.3 Operating conditions Condition 1: Condition 2: contactor switch on, overload relays reset contactor switch off, overload relays set 3.1.2.4 Failure criterion - Fall down of the device under test from the fixture - Mechanical damage of the device under test - Functional failure of the device under test - State changes of the controlled contacts >3ms If there is any deviation during the vibration test with the values according to 3.1.2.1 Test values, the results have to be mentioned in 3.1.3 Test results 3.1.2.5 Function test - Monitoring of the contacts with a Yokogawa Scope Corder in conditions according to 3.1.2.3 Operating conditions - The controlled contacts / circuits are described in 3.1.2.2 Controlled contacts / circuits - Switching actions before, during and after the test, according to 3.1.2.3 Operating conditions - The test current on the main circuits of each sample in on condition is mentioned in the table below. Sample No. 12094EN rated current [A] test current (0.9xrated current) [A] circuits 007 5,5 4,95 main circuits 008 5,5 4,95 main circuits 009 70 63 main circuits 010 70 63 main circuits 011 70 63 main circuits 012 70 63 main circuits 3.1.2.6 Mounting description All snap mounted test samples were tested with solid mounting rails 7,5 mm x 35 mm. The screw mounted test samples were mounted with a torque according to the following table. Sample No. 12094EN screw mounted device torque for screw mounting [Nm] 008 3RU2136-1HD0 1,2 010 3RU2136-4RB0 1,2 011 3RU2136-4RB0 1,2 All test samples were mounted according to IEC 60068-2-47 and DIN EN 60068-2-47. Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 11 / 20 3.1.3 Test results All test samples were tested according to 3.1.1 Test requirements and 3.1.2 Test procedure. The requirements were met. 3.2 Functional test Date of test: 2013-12-09 2013-12-13 3.2.1 Test requirements Tests conducted according to: DIN EN 61373 (2011-04) IEC 61373 (2010-05) railway applications IEC 60068-2-47 (2005-04) DIN EN 60068-2-47 (2006-03) mounting of the test assemblies 3.2.2 Test procedure 3.2.2.1 Test values al test according to DIN EN 61373 part 8.1 and IEC 61373 part 8.1 test al test frequency range Hz load duration each axis category 1, class B ASD level (m/s²)²/hz RMS value m/s² 5 150Hz 10 min 0,0301 1,0 orientation Vertical Transverse Longitudinal 3.2.2.2 Controlled contacts / circuits Controlled contacts / circuits of an overload 3RU2136-..B0, / 3RU2136-..D0 Aux. circuit int.: 95-96, 97-98, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of a contactor 3RT2035-.AP00, / 3RT2038-.NB30 Aux. circuit int.: 13-14, 21-22, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of an auxiliary switch block front mounted 3RH2911-1HA22 Aux circuit: 11-12, 21-22, 33-34, 43-44 Controlled contacts of an auxiliary switch block side mounted 3RH2911-2DA11 Aux circuit: 31-32, 43-44 or 51-52, 63-64 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 12 / 20 3.2.2.3 Operating conditions Condition 1: Condition 2: contactor switch on, overload relays reset contactor switch off, overload relays set 3.2.2.4 Failure criterion - Fall down of the device under test from the fixture - Mechanical damage of the device under test - Functional failure of the device under test - State changes of the controlled contacts >3ms If there is any deviation during the vibration test with the values according to 3.2.2.1 Test values, the results have to be mentioned in 3.2.3 Test results 3.2.2.5 Function test - Monitoring of the contacts with a Yokogawa Scope Corder in conditions according to 3.2.2.3 Operating conditions - The controlled contacts / circuits are described in 3.2.2.2 Controlled contacts / circuits - Switching actions before, during and after the test, according to 3.2.2.3 Operating conditions - The test current on the main circuits of each sample in on condition is mentioned in the table below. Sample No. 12094EN rated current [A] test current (0.9xrated current) [A] circuits 007 5,5 4,95 main circuits 008 5,5 4,95 main circuits 009 70 63 main circuits 010 70 63 main circuits 011 70 63 main circuits 012 70 63 main circuits 3.2.2.6 Mounting description According to 3.1.2.6 3.2.3 Test results All test samples were tested according to 3.2.1 Test requirements and 3.2.2 Test procedure. The requirements were met. Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 13 / 20 3.3 Shock test Date of test: 2013-12-09 2013-12-13 3.3.1 Test requirements Tests conducted according to: DIN EN 61373 (2011-04) IEC 61373 (2010-05) railway applications IEC 60068-2-47 (2005-04) DIN EN 60068-2-47 (2006-03) mounting of the test assemblies 3.3.2 Test procedure 3.3.2.1 Test values shock test according to DIN EN 61373 part 10.5 and IEC 61373 part 10.5 test orientation peak acceleration m/s² minal duration ms standard specific. paragraph shock test Vertical Transverse Longitudinal 50 50 50 30 10.5 3.3.2.2 Controlled circuits / circuits Controlled circuits / circuits of an overload 3RU2136-..B0, / 3RU2136-..D0 Aux. circuit int.: 95-96, 97-98, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of a contactor 3RT2035-.AP00, / 3RT2038-.NB30 Aux. circuit int.: 13-14, 21-22, Main circuit: L1-T1, L2-T2, L3-T3 Controlled contacts of an auxiliary switch block front mounted 3RH2911-1HA22 Aux circuit: 11-12, 21-22, 33-34, 43-44 Controlled contacts of an auxiliary switch block side mounted 3RH2911-2DA11 Aux circuit: 31-32, 43-44 or 51-52, 63-64 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 14 / 20 3.3.2.3 Operating conditions Condition 1: Condition 2: contactor switch on, overload relays reset contactor switch off, overload relays set 3.3.2.4 Failure criterion - Fall down of the device under test from the fixture - Mechanical damage of the device under test - Functional failure of the device under test - State changes of the controlled contacts >3ms If there is any deviation during the vibration test with the values according to 3.3.2.1 Test values, the results have to be mentioned in 3.3.3 Test results 3.3.2.5 Function test - Monitoring of the contacts with a Yokogawa Scope Corder in conditions according to 3.3.2.3 Operating conditions - The controlled circuits / circuits are described in 3.3.2.2 Controlled circuits / circuits - Switching actions before, during and after the test, according to 3.3.2.3 Operating conditions - The test current on the main circuits of each sample in on condition is mentioned in the table below. Sample No. 12094EN rated current [A] test current (0.9xrated current) [A] circuits 007 5,5 4,95 main circuits 008 5,5 4,95 main circuits 009 70 63 main circuits 010 70 63 main circuits 011 70 63 main circuits 012 70 63 main circuits 3.3.2.6 Mounting description According to 3.1.2.6 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 15 / 20 3.3.3 Test results All test samples were tested according to 3.3.1 Test requirements and 3.3.2 Test procedure. Every orientation of the EUT was passed with a peak acceleration of 50 m/s² except for sample 12094ENV009 and 12094ENV010. For details see table below: sample 12094EN 009 tested device operating condition shock: half-sine 30ms [m/s²] X Y Z pos neg pos neg pos neg -045 2 30 50 50 50 50 50-046 2 50 50 50 40 50 50-049 2 50 50 50 30 50 50-050 2 40 50 50 50 50 50 010-051 2 50 50 50 40 50 50-054 2 50 50 50 30 50 50 The requirements were met. Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 16 / 20 4. Measuring- /test equipment and calibration 4.1 Test equipment: Electrodynamic shaker for simulating movements in z-axis: (calibration-.: PE-5150-03-004) shaker : RMS Typ SW 8200 amplifier system : RMS TGA 12000 vibration controller : RMS SWR 1200 charge amplifier : RMS SWE 379 : RMS SWE 366 last calibration: 03/2013 next calibration: 03/2014 Electrodynamic shaker for simulating movements in x- and y-axis: (calibration-.: PE-Schwing-2) shaker : RMS Typ SW 5-440-SWH 700 APP amplifier system : RMS TGA 10-5/2 vibration controller : RMS SWR 1200 last calibration: 03/2013 next calibration: 03/2014 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 17 / 20 4.2 Measuring equipment: Test sequence /Test Date of Test Test equipment designation Number Last calibration Next calibration Scope Corder sample rate: 100kS/s EC-OSZI-65-061 2013-02 2014-02 Thermo-Hygrograph PE-8000-00-096 2013-03 2014-03 Scope Corder sample rate: 100kS/s EC-OSZI-65-060 2013-11 2014-11 Thermo-Hygrograph PE-8000-00-095 2013-03 2014-03 Clamp-on ammeter EC-STRZ-60-023 2013-04 2014-04 Torque wrench 30-150 Ncm Torque wrench 60-300 Ncm MC-5162-30-007 2013-04 2014-04 MC-5162-46-024 2013-07 2014-07 Long life test and al test 2013-12-09 to 2013-12-13 Clamp-on ammeter EC-STRZ-60-024 2013-04 2014-04 Clamp-on ammeter EC-STRZ-60-025 2013-04 2014-04 Multimeter EC-DMM-74-024 2013-03 2014-03 Multimeter EC-DMM-94-031 2013-05 2014-05 Torque wrench 10-200 Nm PM-000053 2013-05 2014-05 Clamp-on ammeter PM-000104 2013-07 2014-07 Clamp-on ammeter PM-000105 2013-07 2014-07 Clamp-on ammeter PM-000106 2013-07 2014-07 Multimeter EC-DMM-37-077 2013-07 2014-07 Multimeter EC-DMM-37-034 2013-06 2014-06 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 18 / 20 Test sequence /Test Date of Test Test equipment designation Number Last calibration Next calibration Scope Corder sample rate: 100kS/s EC-OSZI-65-061 2013-02 2014-02 Thermo-Hygrograph PE-8000-00-096 2013-03 2014-03 Scope Corder sample rate: 100kS/s EC-OSZI-65-060 2013-11 2014-11 Thermo-Hygrograph PE-8000-00-095 2013-03 2014-03 Clamp-on ammeter EC-STRZ-60-023 2013-04 2014-04 Torque wrench 30-150 Ncm Torque wrench 60-300 Ncm MC-5162-30-007 2013-04 2014-04 MC-5162-46-024 2013-07 2014-07 shock test 2013-12-09 to 2013-12-13 Clamp-on ammeter EC-STRZ-60-024 2013-04 2014-04 Clamp-on ammeter EC-STRZ-60-025 2013-04 2014-04 Multimeter EC-DMM-74-024 2013-03 2014-03 Multimeter EC-DMM-94-031 2013-05 2014-05 Torque wrench 10-200 Nm PM-000053 2013-05 2014-05 Clamp-on ammeter PM-000104 2013-07 2014-07 Clamp-on ammeter PM-000105 2013-07 2014-07 Clamp-on ammeter PM-000106 2013-07 2014-07 Multimeter EC-DMM-37-077 2013-07 2014-07 Multimeter EC-DMM-37-034 2013-06 2014-06 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 19 / 20 Supplements Test assemblies sample 12094EN007 to 12094EN012 figure 1: overview sample 12094EN007 to 12094EN010 Mr. Koerner 2015-02-09
Test report.: 12094ENV02a Page 20 / 20 figure 2: overview sample 12094EN011 and 12094EN012 Mr. Koerner 2015-02-09