Sensor Features. RoHS compliant 2. Small size 3. Very fast reaction time 4. Wide range of protection temperatures 5. Stable over a long life 6. Operating temperature range: 0 ~ Ts+25 C (V=Vmax) 7. Agency Recognition: UL /cul/cqc UL&cUL File No. E38827 ; CQC File No. CQC030000829 / CQC030000830 Recommended Applications. Lighting applications 2. Home appliances 3. Automotive electronics 4. Motor windings Part Number Code P T L S 2 0 Y P 8 6 Y 2 3 4 5 6 7 8 9 0 2 3 4 5 6 PT Product Code Ceramic PTC Thermistor PT Series L M Structure S2 Leaded Type Dimension Metal Terminal Type 2mm Square Resistance (R 25 ) 0 00Ω 33 330Ω Tolerance of R 25 R <R 25 Y Special Curie P6 60 P8 80 A0 00 A4 40 Voltage 6 6V 30 30V Y X W Internal Control Code Packaging Bulk Ammo Box,Pitch 2.7mm Taping & Reel, Pitch 2.7mm Structure and Dimensions PTL Series PTM Series - -
Sensor Characteristics PTL Series Part No. Curie Sensing Resistance Value Tc ( ) Ts ( ) 25 Ts-5 Ts+5 Voltage V max (V dc ) Current I max (ma) Safety Approvals PTLS20 P4** 40±0 55 PTLS20 P5** 50±0 65 PTLS20 P6** 60±0 75 PTLS20 P7** 70±0 85 00 max. 330 max. 470 min. PTLS20 P8** 80±0 95 PTLS20 P9** 90±0 05 PTLS20 A0** 00±0 5 6/30 00 PTLS233 P4** 40±0 55 PTLS233 P5** 50±0 65 PTLS233 P6** 60±0 75 PTLS233 P7** 70±0 85 330 max. 500 max. 2200 min. PTLS233 P8** 80±0 95 PTLS233 P9** 90±0 05 PTLS233 A0** 00±0 5 Note: : is the tolerance of R 25 2: ** is the maximum voltage (6V dc or 30V dc ) UL/ cul CQC PTL 02/03 Series Part No. Curie Sensing Tc ( ) Ts ( ) 25 Ts-5 Resistance Value Ts+5 Ts+5 Ts+23 Voltage V max (V dc ) Current I max (ma) Safety Approvals PTLS20 P4**02 40±0 60 570 570 0K PTLS20 P5**02 50±0 70 max. min. min. PTLS20 P6**02 60±0 80 PTLS20 P7**03 70±0 90 PTLS20 P8**03 80±0 00 PTLS20 P9**03 90±0 0 00 PTLS20 A0**03 00±0 20 6/30 00 max. PTLS20 A**03 0±0 30 550 330 4000 PTLS20 A2**03 20±0 40 max. min. min. PTLS20 A3**03 30±0 50 PTLS20 A4**03 40±0 60 PTLS20 A5**03 50±0 70 PTLS20 A6**03 60±0 80 Note: : is the tolerance of R 25 2: ** is the maximum voltage (6V dc or 30V dc ) UL/ cul CQC - 2 -
Sensor PTM Series Part No. Curie Sensing Resistance Value Tc ( ) Ts ( ) 25 Ts-5 Ts+5 Voltage V max (V dc ) Current I max (ma) Safety Approvals UL/ cul CQC PTMS20 P4** 40±0 55 PTMS20 P5** 50±0 65 PTMS20 P6** 60±0 75 PTMS20 P7** 70±0 85 00 max. 330 max. 470 min. PTMS20 P8** 80±0 95 PTMS20 P9** 90±0 05 PTMS20 A0** 00±0 5 6/30 00 PTMS233 P4** 40±0 55 PTMS233 P5** 50±0 65 PTMS233 P6** 60±0 75 PTMS233 P7** 70±0 85 330 max. 500 max. 2200 min. PTMS233 P8** 80±0 95 PTMS233 P9** 90±0 05 PTMS233 A0** 00±0 5 Note: : is the tolerance of R 25 2: ** is the maximum voltage (6V dc or 30V dc ) PTM 02/03 Series Part No. Curie Sensing Tc ( ) Ts ( ) 25 Ts-5 Resistance Value Ts+5 Ts+5 Ts+23 Voltage V max (V dc ) Current I max (ma) Safety Approvals PTMS20 P4**02 40±0 60 570 570 0K PTMS20 P5**02 50±0 70 max. min. min. PTMS20 P6**02 60±0 80 PTMS20 P7**03 70±0 90 00 PTMS20 P8**03 80±0 00 6/30 00 max. PTMS20 P9**03 90±0 0 550 330 4000 PTMS20 A0**03 00±0 20 max. min. min. PTMS20 A**03 0±0 30 PTMS20 A2**03 20±0 40 Note: : is the tolerance of R 25 2: ** is the maximum voltage (6V dc or 30V dc ) UL/ cul CQC - 3 -
Sensor R-T Characteristic Curve (Typical) 0 8 0 7 0 6.PTL(M)S20 P4** 2.PTL(M)S20 P5** 3.PTL(M)S20 P6** 4.PTL(M)S20 P7** 5.PTL(M)S20 P8** 6.PTL(M)S20 P9** 7.PTL(M)S20 A0** 0 8 0 7 0 6.PTL(M)S233 P4** 2.PTL(M)S233 P5** 3.PTL(M)S233 P6** 4.PTL(M)S233 P7** 5.PTL(M)S233 P8** 6.PTL(M)S233 P9** 7.PTL(M)S233 A0** Resistance ( ) 0 5 0 4 23 4 5 6 7 Resistance ( ) 0 5 0 4 2 3 4 5 6 7 0 3 0 3 0 2 0 2 0 0 0 50 00 50 200 ( C) 0 50 00 50 200 ( C) 0 7 Resistance ( ) 0 7 0 6 0 5 0 4.PTLS20 A3**03 2.PTLS20 A3**03 3.PTLS20 A3**03 4.PTLS20 A6**03 2 3 4 Resistance ( ) 0 6 0 5 0 4 0 3.PTL(M)S20 P4**02 2.PTL(M)S20 P5**02 3.PTL(M)S20 P6**02 4.PTL(M)S20 P7**03 5.PTL(M)S20 P8**03 6.PTL(M)S20 P9**03 7.PTL(M)S20 A0**03 8.PTL(M)S20 A**03 9.PTL(M)S20 A2**03 2 3 4 5 6 7 8 9 0 3 0 2 0 2 0 0 0 50 00 50 200 ( C) 0 50 00 50 200 ( C) - 4 -
Sensor Soldering Recommendation Wave Flow Soldering Profile Preheating Soldering Cooling 260 Max 30±20 Note 2 Note 3 Note Ta 30~90 sec. < sec. <0 sec. >60sec Time Note. (~3 )/sec. 2. Approx. 200 /sec. 3. 5 /sec. (Max) Recommended Reworking Conditions With Soldering Iron Item of Soldering Iron-tip Soldering Time Distance from Coating Conditions 360 (max.) 3 sec (max.) 2 mm (min.) - 5 -
Sensor Reliability Test Item Standard Test Conditions and Methods Specifications Robustness of Terminations IEC 60738- Solderability IEC 60738-245±3, 2±0.5 sec Resistance to Soldering Heat Vibration IEC 60738- Gradually apply the specified force and keep the unit fixed for 0± sec. Terminal diameter Force (mm) T(N) 0.35<d 0.5 5.0 0.5<d 0.8 0.0 IEC 60738-260±3, 0± sec Frequency range:0~55hz Amplitude: 0.75mm or 98m/s 2 Direction: 3 mutually perpendicular directions Duration: 6hrs(3x2 hrs) At least 95% of terminal electrode is covered by new solder Shock IEC 60738- Wave: half-sine Acceleration: 50 m/s 2 V:.0m/s Pulse time: 30ms The thermal shock conditions shown below shall be repeated 5 cycles. Rapid Change of IEC 60738- Step ( ) Period (minutes) -40 ± 5 30 ± 3 2 Room temperature 5 ± 3 3 85 ± 5 30 ± 3 4 Room temperature 5 ± 3 Damp Heat, Steady State Climatic Sequence Endurance at Upper Category Endurance at Maximum Operating and Maximum Voltage IEC 60738- IEC60738-40±2, 90~95%RH, 000±2 hrs Dry heat: Ts+25 C for 6 hrs Damp heat first cycle: 40, 95% R.H,cycle time: 24 hrs Cold: 0 for 2 hrs Damp heat (cyclic), remaining cycles: 5 cycles Test according to IEC60068-2-30 IEC60738- Ts+25, for 000±2hrs IEC60738- Ts+25, Vmax, Imax for 000±2 hrs Insulation * CECC42000 00±5Vdc, 60±5 Sec 00MΩ Voltage Proof * CECC42000 000±0Vrms, 60±5 Sec No damage observed Note: * : Available for PTM series only. - 6 -
Sensor Packaging Taping Specification (For straight lead) P P P h h H W W W2 W0 H0 L P P0 F D0 T Parameter List Index Parameter Nominal dimensions Tolerance F Lead spacing 2.5 ± P 0 Sprocket hole pitch 2.7 ±0.3 P Ordinate to adjacent component lead 5.0 ± P Device pitch 2.7 ± H 0 Abscissa to plane 8 ± H Abscissa to top 32.5 W Carrier tape width 8 ± W 0 Hold-down tape width 2 ± W Sprocket hole position 9 ± W 2 Top distance between tape edges 3 3 P Body tape plane deviation h Body lateral deviation 2 2 L Lead protrusion 0.5 0.5 D 0 Sprocket hole diameter 4 ±0.2 T Tape thickness 0.6 ±0.2 Note: Taping specification is applied to PTL series only. - 7 -
Sensor Quantity Bulk Packing Type Quantity (Pcs per bag) PTL 500 PTM 200 Reel Packing (For PTL Series only) 2,000 pcs per reel 3± 340±0 46± Ammo packing (For PTL Series only),500 pcs per box 348±5 (Unit: mm) 85±5 50±5 Warehouse Storage Conditions of Products Storage Conditions:. Storage : -0 ~ +40 2. Relative Humidity: 75%RH 3. Keep away from corrosive atmosphere and sunlight. Period of Storage: year Usage Please keep products away from the conditions mentioned below to avoid their characteristic deterioration and failure.. Corrosive gas or deoxidizing gas(cl 2, H 2 S, NH 3, SOx, NOx etc.) 2. Place in a vacuum or put pressure 3. Salt water, oil, solvent and chemical liquid 4. Flammable gas 5. Place in splashed water, or high humidity and dewing place 6. Other places similar to any conditions mentioned above - 8 -