175C High Temperature Mica Paper Capacitors

High Temperature High Voltage Mica Paper Capacitors 175C RECONSTITUTED MICA AND COMPOSITE CAPACITORS
Our HT21 Series of capacitors are rated to 200°C and are designed to operate in more severe applications. These high temp capacitors have been designed around the same materials, processes and quality standards that have made our name synonymous with the terms; quality, reliability and high-performance. Offered in a variety of capacitances up to 3.0μf and having voltage ratings to 5kVDC for filter caps and 1kVAC for motor start caps, these capacitors are “Wrap & Fill” packaged and have solid nickel leads that can be easily formed for installation.Each capacitor section is constructed using a minimum of two layers of the finest capacitor grade mica paper. Windings are polyester impregnated and packaged to yield a very consistent, physically durable and corona resistant finished product.These are the finest high temperature mica capacitors available.

Application:
HT21 series is an excellent choice for high temperature applications requiring rock solid reliability at an affordable price. inculded:
● Oil and gas exploration
● Detonation device
● Motor start ups
● Filter & multipliers
● Jet ignition

CAPACITANCE VALUES AND RATED VOLTAGE (D.C.) VALEURS DE CAPACITE ET DE TENSION (URC)
Dimensions (mm)				630 V	1000 V	1500 V	2500 V	3500 V	5000 V	7500 V	10000 V
L	h*	e**	W	CR	CR	CR	CR	CR	CR	CR	CR
35	10	4	1	22000 pF	15000 pF	10000 pF	6800 pF	3300 pF	1500 pF	680 pF	330 pF
35	12	6	1	33000 pF	22000 pF	15000 pF	10000 pF	4700 pF	2200 pF	1000 pF	470 pF
35	16	6	1	47000 pF	33000 pF	22000 pF	15000 pF	6800 pF	3300 pF	1500 pF	680 pF
35	17	7	1	68000 pF	47000 pF	33000 pF	22000 pF	10000 pF	4700 pF	2200 pF	1000 pF
35	23	7	1	0,1 µF	68000 pF	47000 pF	33000 pF	15000 pF	6800 pF	3300 pF	1500 pF
35	25	9	1	0,15 µF	0,1 µF	68000 pF	47000 pF	22000 pF	10000 pF	4700 pF	2200 pF
35	38	8	1	0,22 µF	0,15 µF	0,1 µF	68000 pF	33000 pF	15000 pF	6800 pF	3300 pF
35	41	11	1	0,33 µF	0,22 µF	0,15 µF	0,1 µF	47000 pF	22000 pF	10000 pF	4700 pF
61	37	7	1	0,47 µF	0,33 µF	0,22 µF	0,15 µF	68000 pF	33000 pF	15000 pF	6800 pF
61	48	8	1	0,68 µF	0,47 µF	0,33 µF	0,22 µF	0,1 µF	47000 pF	22000 pF	10000 pF
61	50	10	1	1 µF	0,68 µF	0,47 µF	0,33 µF	0,15 µF	68000 pF	33000 pF	15000 pF
61	53	13	1	1,5 µF	1 µF	0,68 µF	0,47 µF	0,22 µF	0,1 µF	47000 pF	22000 pF
79	51	11	1,2		1,5 µF	1 µF	0,68 µF	0,33 µF	0,15 µF	68000 pF	33000 pF
79	48	18	1,2			1,5 µF	1 µF	0,47 µF	0,22 µF	0,1 µF	47000 pF

Some specification as following:

Specification		Specification
630V 22000pF/22nF/0.022uF		5000V 5kV 6800pF/6.8nF/0.0068uF
630V 33000pF/33nF/0.033uF		5000V 5kV 10000pF/10nF/0.01uF
630V 47000pF/47nF/0.047uF		5000V 5kV 15000pF/15nF/0.015uF
630V 68000pF/68nF/0.068uF		5000V 5kV 22000pF/22nF/0.022uF
630V 100000pF/100nF/0.1uF		5000V 5kV 33000pF/33nF/0.033uF
630V 150000pF/150nF/0.15uF		5000V 5kV 47000pF/47nF/0.047uF
630V 220000pF/220nF/0.22uF		5000V 5kV 68000pF/68nF/0.068uF
630V 330000pF/330nF/0.33uF		5000V 5kV 100nF/0.1uF
630V 470000pF/470nF/0.47uF		5000V 5kV150nF/0.15uF
630V 680000pF/680nF/0.68uF		5000V 5kV 220nF/0.22uF
630V 1000nF/1uF		5000V 5kV 330nF/0.33uF
630V 1500nF/1.5uF		5000V 5kV 470nF/0.47uF
1000V 4700pF/4.7nF/0.0047uF		5000V 5kV 680nF/0.68uF
1000V 6800pF/6.8nF/0.0068uF		7500V 7.5kV 680pF/0.68nF/0.00068uF
1000V 10000pF/10nF/0.01uF		7500V 7.5kV 1000pF/1nF/0.001uF
1000V 15000pF/15nF/0.015uF		7500V 7.5kV 1500pF/1.5nF/0.0015uF
1000V 22000pF/22nF/0.022uF		7500V 7.5kV 2200pF/2.2nF/0.0022uF
1000V 33000pF/33nF/0.033uF		7500V 7.5kV 3300pF/3.3nF/0.0033uF
1000V 47000pF/47nF/0.047uF		7500V 7.5kV 4700pF/4.7nF/0.0047uF
1000V 68000pF/68nF/0.068uF		7500V 7.5kV 6800pF/6.8nF/0.0068uF
1000V 100nF/0.1uF		7500V 7.5kV 10000pF/10nF/0.01uF
1000V 150nF/0.15uF		7500V 7.5kV 15000pF/15nF/0.015uF
1000V 220nF/0.22uF		7500V 7.5kV 22000pF/22nF/0.022uF
1000V 330nF/0.33uF		7500V 7.5kV 33000pF/33nF/0.033uF
1000V 470nF/0.47uF		7500V 7.5kV 47000pF/47nF/0.047uF
1000V 680nF/0.68uF		7500V 7.5kV 68000pF/68nF/0.068uF
1000V 1000nF/1uF		7500V 7.5kV 100000pF/100nF/0.1uF
1000V 1500nF/1.5uF		7500V 7.5kV 150000pF/150nF/0.15uF
1000V 2200nF/2.2uF		7500V 7.5kV 220000pF/220nF/0.22uF
1500V 3300pF/3.3nF/0.0033uF		7500V 7.5kV 330000pF/330nF/0.33uF
1500V 4700pF/4.7nF/0.0047uF		10000V 10kV 330pF/0.33nF/0.00033uF
1500V 6800pF/6.8nF/0.0068uF		10000V 10kV 470pF/0.47nF/0.00047uF
1500V 10000pF/10nF/0.01uF		10000V 10kV 680pF/0.68nF/0.00068uF
1500V 15000pF/15nF/0.015uF		10000V 10kV 1000pF/1nF/0.001uF
1500V 22000pF/22nF/0.022uF		10000V 10kV 1500pF/1.5nF/0.0015uF
1500V 33000pF/33nF/0.033uF		10000V 10kV 2200pF/2.2nF/0.0022uF
1500V 47000pF/47nF/0.047uF		10000V 10kV 3300pF/3.3nF/0.0033uF
1500V 68000pF/68nF/0.068uF		10000V 10kV 4700pF/4.7nF/0.0047uF
1500V pF/100nF/0.1uF		10000V 10kV 6800pF/6.8nF/0.0068uF
1500V pF/150nF/0.15uF		10000V 10kV 10000pF/10nF/0.01uF
1500V pF/220nF/0.22uF		10000V 10kV 15000pF/15nF/0.015uF
1500V pF/330nF/0.33uF		10000V 10kV 22000pF/22nF/0.022uF
1500V pF/470nF/0.47uF		10000V 10kV 33000pF/33nF/0.033uF
1500V pF/680nF/0.68uF		10000V 10kV 47000pF/47nF/0.047uF
1500V pF/1000nF/1uF		10000V 10kV 68000pF/68nF/0.068uF
1500V pF/1500nF/1.5uF		10000V 10kV 100nF/0.1uF
1500V pF/2200nF/2.2uF		10000V 10kV 150nF/0.15uF
2500V 2200pF/2.2nF/0.0022uF		12500V 12.5kV 680pF/0.68nF/0.0068uF
2500V 3300pF/3.3nF/0.0033uF		12500V 12.5kV 1000pF/1nF/0.01uF
2500V 4700pF/4.7nF/0.0047uF		12500V 12.5kV 1500pF/1.5nF/0.015uF
2500V 6800pF/6.8nF/0.0068uF		12500V 12.5kV 2200pF/2.2nF/0.022uF
2500V 10000pF/10nF/0.01uF		12500V 12.5kV 3300pF/3.3nF/0.033uF
2500V 15000pF/15nF/0.015uF		12500V 12.5kV 4700pF/4.7nF/0.047uF
2500V 22000pF/22nF/0.022uF		12500V 12.5kV 6800pF/6.8nF/0.068uF
2500V 33000pF/33nF/0.033uF		12500V 12.5kV 10000pF/10nF/0.1uF
2500V 47000pF/47nF/0.047uF		12500V 12.5kV 15000pF/15nF/0.15uF
2500V 68000pF/68nF/0.068uF		12500V 12.5kV 22000pF/22nF/0.22uF
2500V 100nF/0.1uF		12500V 12.5kV 33000pF/33nF/0.33uF
2500V 150nF/0.15uF		12500V 12.5kV 47000pF/47nF/0.47uF
2500V 220nF/0.22uF		12500V 12.5kV 68000pF/68nF/0.68uF
2500V 330nF/0.33uF		12500V 12.5kV 100nF/0.1uF
2500V 470nF/0.47uF		15000V 15kV 470pF/0.47nF/0.00047uF
2500V 680nF/0.68uF		15000V 15kV 680pF/0.68nF/0.00068uF
2500V 1000nF/1uF	15000V 15kV 1000pF/1nF/0.001uF
2500V 1500nF/1.5uF	15000V 15kV 1500pF/1.5nF/0.0015uF
3500V 1000pF/1nF/0.001uF	15000V 15kV 2200pF/2.2nF/0.0022uF
3500V 1800pF/1.8nF/0.0018uF	15000V 15kV 3300pF/3.3nF/0.0033uF
3500V 2200pF/2.2nF/0.0022uF	15000V 15kV 4700pF/4.7nF/0.0047uF
3500V 3300pF/3.3nF/0.0033uF	15000V 15kV 6800pF/6.8nF/0.0068uF
3500V 4700pF/4.7nF/0.0047uF	15000V 15kV 10000pF/10nF/0.01uF
3500V 6800pF/6.8nF/0.0068uF	15000V 15kV 15000pF/15nF/0.015uF
3500V 10000pF/10nF/0.01uF	15000V 15kV 22000pF/22nF/0.022uF
3500V 18000pF/18nF/0.018uF	15000V 15kV 33000pF/33nF/0.033uF
3500V 22000pF/22nF/0.022uF	15000V 15kV 47000pF/47nF/0.047uF
3500V 33000pF/33nF/0.033uF	15000V 15kV 68000pF/68nF/0.068uF
3500V 47000pF/47nF/0.047uF	20000V 20kV 100pF/0.1nF/0.0001uF
3500V 68000pF/68nF/0.068uF	20000V 20kV 150pF/0.15nF/0.00015uF
3500V 100nF/0.1uF	20000V 20kV 220pF/0.22nF/0.00022uF
3500V 150nF/0.15uF	20000V 20kV 330pF/0.33nF/0.00033uF
3500V 220nF/0.22uF	20000V 20kV 470pF/0.47nF/0.00047uF
3500V 330nF/0.33uF	20000V 20kV 680pF/0.68nF/0.00068uF
3500V 470nF/0.47uF	20000V 20kV 1000pF/1nF/0.001uF
3500V 1000nF/1uF	20000V 20kV 1500pF/1.5nF/0.0015uF
3500V 1500nF/1.5uF	20000V 20kV 2200pF/2.2nF/0.0022uF
5000V 5kV 470pF/0.47nF/0.00047uF	20000V 20kV 3300pF/3.3nF/0.0033uF
5000V 5kV 680pF/0.68nF/0.00068uF	20000V 20kV 4700pF/4.7nF/0.0047uF
5000V 5kV 1000pF/1nF/0.001uF	20000V 20kV 6800pF/6.8nF/0.0068uF
5000V 5kV 1500pF/1.5nF/0.0015uF	20000V 20kV 10000pF/10nF/0.01uF
5000V 5kV 2200pF/2.2nF/0.0022uF	20000V 20kV 15000pF/15nF/0.015uF
5000V 5kV 3300pF/3.3nF/0.0033uF	20000V 20kV 22000pF/22nF/0.022uF
5000V 5kV 4700pF/4.7nF/0.0047uF	20000V 20kV 33000pF/33nF/0.033uF

Send us the Specification.

Tips:
Identification and connection of external foil
The external foil, which covers about three-quarters of the body of the capacitor,is identified by a black line to the left of the marking. Voltage applied
to the lead connected to this external foil is equal and constant in all this area.

The internal foil and corresponding voltage potential concerns the remainingquarter.Generally, the external foil is connected to the voltage potential which is the closest to the environment, that is, the lowest potential (in absolute value). The internal foil is connected to the higher voltage potential - HT or + HT. An insulation of 500 V is ensured for “polyester wrapped” versions (HT 78, HT 86, HT 97) and “premolded” versions (HT 78 P, HT 86 P, HT 97 P) while an insulation of 5 000 V is ensured for “epoxy resin molded” versions (HT 72, HT 77, HT 96). If a higher insulation is needed, it will be assured by the user.

For capacitors manufactured “on custom request” a preferred sense of connection may be specified to preserve the insulation between leads and casing as well as the electrical field orientation.
Although these capacitors are not polarized testing during production and burn-in tests “orients” the dielectric.
It is recommended to respect this polarity which is in this case clearly marked.