Automotive Relays PCB Single Relays. Micro Relay K (THT THR)

Transcription

1 Micro Relay K (THT THR) Small power relay Limiting continuous current at 8 C Low weight Low noise operation Wave (THT) and reflow (THR/pin-in-paste) solderable versions Typical applications Door lock, heated front/rear screen, lamps front/rear/fog light, interior lights, seat control, sun roof, window lifter, wiper control. 86C/R_fcwb Contact Data Typical applications Inductive load Wiper load Resistive/inductive load Lamp load V86-**- V86-**-8 V86-**- V86-**- Contact arrangement form C, CO form C, CO form, NO form, NO Rated voltage VDC VDC VDC VDC NO/NC NO/NC Rated current ) / / Limiting continuous current ) C / / 8 C / / C / / Limiting making current ) ) ) ) Limiting breaking current Contact material gsno Min. contact load > at VDC ) Initial voltage drop at, typ./max. /mv Operate/release time typ. /.ms ) Electrical enduranc cyclic temperature - C, + C, +8 C form C contact (CO) at VDC motor reverse blocked, wiper,,.77mh make/ break, >x ops. generator peak, on NC,mH >x 6 ops. form contact (NO) at VDC resistive lamp inrush, >x ops. steady state >x ops. Mechanical endurance >x 6 ops. Max. DC load breaking capacity Max. Switching Voltage in VDC W W W curve I W curve II ) Measured on 7x7x.mm epoxy PCB FR with cm (double layer μm) copper area. Connecting cable cross section 6 mm.boundary conditions: 8 C coil temperature; C solder joint. ) The values apply to a resistive or inductive load with suitable spark suppression and at maximum.vdc for VDC load voltages. For a load current duration of maximum s for a make/break ratio of :. ) Corresponds to the peak inrush current on initial actuation (cold filament). ) See chapter Diagnostics of Relays in our pplication Notes or consult the internet at ) Measured at nominal voltage without coil suppression unit. low resistive suppression device in parallel to the relay coil increases the release time and reducesthe lifetime caused by increased erosion and/or higher risk of contact tack welding.. Switching Current in Load limit curve : arc extinguishes, during transit time (changeover contact). Load limit curve : safe shutdown, no stationary arc (make contact). Load limit curves measured with low inductive resistors verified for switching events.

2 Coil Data Rated coil voltage VDC Coil versions, DC coil Coil Rated Operate Release Coil Rated coil code voltage voltage voltage resistance power VDC VDC VDC Ω±% mw / / / ll figures are given for coil without pre-energization, at ambient temperature + C. Coil operating range Insulation Data Initial dielectric strength between open contacts between contact and coil Umax Uop (E=V) mbient temperature in C Does not take into account the temperature rise due to the contact current E = pre-energization VC rms VC rms Other Data EU RoHS/ELV compliance compliant mbient temperature, DC coil - to + C Cold storage, IEC h; - C Dry heat, IEC h; + C Climatic cycling with condensation, EN ISO 6988 cycles, storage 8/6h Temperature cycling (shock), IEC 668--, Na cycles; -/+ C Temperature cycling, IEC 668--, Nb cycles; -/+ C Damp heat cyclic, IEC 668--, Db, variant 6 cycles C/ C/9%RH Damp heat constant, IEC method Ca 6 days C/9%RH Degree of protection THT: RT III (68), IP67 (IEC 69) THR: RT II (68), IP6 (IEC 69) Sealing test, IEC : THT Qc, method, min, 7 C Corrosive gas IEC days IEC days Vibration resistance (functional) IEC (sine sweep) to Hz; 6g 6) Shock resistance (functional) IEC (half sine) 6ms, up to g 6) Terminal type PCB:THT, THR Weight approx. g (.oz) Solderability (aging : h/ C) THT IEC Ta, method, hot dip s, C Solderability THR IEC hot dip s C Resistance to soldering heat THT IEC Tb, method, hot dip s, 6 C with thermal screen Resistance to soldering heat THR IEC C; preheating min C Storage conditions according IEC 668-7) Packaging unit pcs. 6) Depending on mounting position: no change in the switching state >μs. 7) For general storage and processing recommendations please refer to our pplication Notes and especially to Storage in the Definitions or at

3 Terminal ssignment form, NO form C, CO Mounting Hole Layout 8. 86ets_ab 86etw_ab B C x +.. x..6. Dimensions Micro Relay K, THT version x x. ±..8 ±.... ±..6 ±.. ±. 7.6 ±. 9.9 ±. ±. *) B. C. TE86etw_an Remark: Positional tolerances according to DIN EN ISO 8.9 ±..8.9 ±. TE86etw_se *) dditional tin tops max. mm *) dditional tin tops max. mm

4 Micro Relay K, THR version Mounting Hole Layout *) 86R_DD_ 86R_VT View of Stand-Offs 86R_DD_ *) dditional tin tops max. mm 86R_VT

5 Product code structure Typical product code V86 -C - Type V86 Micro Relay K (THT THR) Terminal and enclosure C PCB version THT, sealed R PCB version THR, vented Design Single relay Coil Standard (THT) Sensitive (THT) 8 Standard (THR) 8 Sensitive (THR) Lamp load (THT) 8 Lamp load (THR) Contact type Single contact Contact material index gsno standard 8 gsno wiper load gsno lamp load Contact arrangement index NO CO Product code Version Design Coil Contact Cont. material rrangement Part number V86-C- PCB THT, Single Standard Single gsno (standard) form, NO -98- V86-C- cleanable form C, CO V86-C- Lamp load gsno (lamp) form, NO -99- V86-C-8 Sensitive gsno (wiper) form C, CO V86-R8- PCB THR, Standard gsno (standard) form, NO -99- V86-R8- vented form C, CO 6-9- V86-R8- Lamp load gsno (lamp) form, NO V86-R8-8 Sensitive gsno (wiper) form C, CO This list represents the most common types and does not show all variants covered by this datasheet. Other types on request.