Coils

P. 11
- 24V DC) 271mW (48V DC) 1 coil latching: ~100mW (3V - 24V DC) 144mW (48V DC) 2 coil latching: ~200mW (3V - 24V DC) 355mW (48V DC) 750Vrms 1000Vrms 1500Vrms - PCB 175 UL, CSA SP ? High sensitivity ?

P. 65
The impedance of chip inductor (chip coil) Zx and measured value Zm can be described by input/output current/voltage. 3. Thus, the relation between Zx and Zm is shown in the following: 4. Lx and Qx should be calculated with the following equation

P. 8
Coil Unit 6 COOLING CAPACITY TABLE FP-KM4-85 TAI DB25�?-WB17.8�? TAI DB27�?-WB19�? TAI DB27�?-WB19.5�? TAI DB29�?-WB21.1�? Twi �m�?�n Qw �ml/h�n DPw �mkPa�n Qa �mm3/h Pf �mkW�n Pfs �mkW�n Tad �m�?�n Taw �m�?�n Pf �mkW�n Pfs �mkW�n Tad �m�?�n Taw �m�?�n Pf �mkW�n Pfs �mkW�n Tad �m�?�n Taw �m�?�n Pf �mkW�n Pfs �mkW�n Tad �m�?�n Taw �m�?�n 793 7.66 501 3.63 2.64 9.8

P. 7
Built-in Hail Guard - Condenser coils angled at 30 degrees from the vertical are inherently protected from damage due to shipment, hail, etc. Induced Draft Furnace - This design provides a positive exhaust of all combustion products

P. 19
: Flow (at 6 bar, P=1bar) : Leak rate : Coil : Voltage range : Power : Response times : (with 4 W coil) Compressed air, vacuum, inert gases Vacuum to 120 PSI Not required, if used select a medium aniline point lubricant (between 180°F and 210°F) 40 ì 0°F to 120°F (-18°C to +50°C) 1