VDR Metal Oxide Varistors Standard

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VDR Metal Oxide Varistors Standard QUICK REFERENCE DAA PARAMEER VALUE UNI Maximum continuous voltage in operating temperature range: RMS 4 to 680 V DC 8 to 895 V Maximum non-repetitive transient

1 VDR Metal Oxide Varistors Standard QUICK REFERENCE DAA PARAMEER VALUE UNI Maximum continuous voltage in operating temperature range: RMS 4 to 680 V DC 8 to 895 V Maximum non-repetitive transient current I NRP (8 x 0 μs) 0 to 6500 A Maximum energy (/00 μs) 0.5 to 496 J Based on Detailed specification IEC 65- IEC 65- IEC 65-- Storage temperature -40 to +5 C Operating temperature -40 to +85 C ORDERING INFORMAION he varistors are available in a number of packaging options: Bulk On tape and reel On tape in ammopack he basic ordering code for each option is given in tables titled Varistors on ape on Reel, Varistors on ape in Ammopack and Varistors in Bulk. o complete the catalog number and to determine the required operating parameters, see Electrical Data and Ordering Information table. Note Special lead-configuration as inside or outside crimped leads on request. FEAURES Low high purity zinc oxide disc Halogen free insulating epoxy coating Zinc oxide disc, HF epoxy coated Straight leads and kinked leads Straight leads with flange (VDRS05 and VDRS07 only) Certified according to UL 449 edition 3, VDE/IEC 65-/ and CSA Material categorization: for definitions of compliance please see APPLICAION Overvoltage and transient voltage protection DESCRIPION he varistors consist of a disc of low- ZnO ceramic material with two solid copper leads (S0 types only) or copper clad steel wire. he wires have a matte tin plating. hey are coated with a layer of ocher colored halogen-free epoxy, which provides electrical, mechanical and climatic protection. he encapsulation is resistant to all cleaning solvents in accordance with IEC MOUNING he varistors are suitable for processing on automatic insertion and cutting and bending equipment. Varistors with flanged leads provide better positioning on printed-circuit boards (PCB) and more accurate control over component height. his is important for hand mounting and automatic insertion techniques; see outlines of flanged leads drawing. ypical soldering 35 C, duration: 5 s (Pb-bearing) 45 C, duration: 5 s (lead (Pb)-free) Resistance to soldering heat 60 C, duration: s max. MARKING he varistors are marked with the following information: Maximum continuous RMS voltage Series number (59, 593, 594, 595 or 596) Safety marks on VDRS-4-0 types Manufacturers logo Date of manufacture (YYWW) INFLAMMABILIY he varistors are passive non-flammable. he encapsulation is made of flammable resistant epoxy in accordance with UL 94 V-0. Revision: 9-Jun-5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

2 ELECRICAL DAA AND ORDERING INFORMAION MAXIMUM CONINUOUS VOLAGE RMS () DC VOLAGE (3) at ma MAXIMUM VOLAGE at SAED CURREN V I (A) MAXIMUM ENERGY (4) ( x 000 μs) MAXIMUM NON-REP. RANSIEN CURREN (5) I NRP (8 x 0 μs) YPICAL CAP. at khz (max.) E UL 449 ED3 SPD YPE (7) CAALOG NUMBERS () (J) (A) (pf) (mm) (mm) SAP (6) ± VDRS05A04xyE ± VDRS07B04xyE ± VDRSD04xyE ± VDRS4G04xyE ± VDRS0M04ByE ± VDRS05A07xyE ± VDRS07B07xyE ± VDRSD07xyE ± VDRS4G07xyE ± VDRS0M07ByE ± VDRS05A00xyE ± VDRS07B00xyE ± VDRSD00xyE ± VDRS4G00xyE ± VDRS0M00ByE ± VDRS05A05xyE ± VDRS07B05xyE ± VDRSD05xyE ± VDRS4G05xyE ± VDRS0M05ByE ± VDRS05A030xyE ± VDRS07B030xyE ± VDRSD030xyE ± VDRS4G030xyE ± VDRS0M030ByE ± VDRS05A035xyE ± VDRS07B035xyE ± VDRSD035xyE ± VDRS4G035xyE ± VDRS0M035ByE ± VDRS05A040xyE ± VDRS07B040xyE ± VDRSD040xyE ± VDRS4G040xyE ± VDRS0M040ByE ± VDRS05C050xyE ± VDRS07H050xyE ± VDRSP050xyE ± VDRS4050xyE ± VDRS05C060xyE ± VDRS07H060xyE ± VDRSP060xyE ± VDRS4060xyE ± 0.3 VDRS0W060ByE ± VDRS05C075xyE ± VDRS07H075xyE ± VDRSP075xyE ± VDRS4075xyE ± 0.3 VDRS0W075ByE ± VDRS05C095xyE ± VDRS07H095xyE ± VDRSP095xyE ± VDRS4095xyE ± 0.3 VDRS0W095ByE Revision: 9-Jun-5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

3 ELECRICAL DAA AND ORDERING INFORMAION MAXIMUM CONINUOUS VOLAGE RMS () DC VOLAGE (3) at ma MAXIMUM VOLAGE at SAED CURREN V I (A) MAXIMUM ENERGY (4) ( x 000 μs) MAXIMUM NON-REP. RANSIEN CURREN (5) I NRP (8 x 0 μs) YPICAL CAP. at khz (max.) E UL 449 ED3 SPD YPE (7) CAALOG NUMBERS () (J) (A) (pf) (mm) (mm) SAP (6) ± VDRS05C30xyE ± VDRS07H30xyE ± VDRSP30xyE ± VDRS430xyE ± 0.3 VDRS0W30ByE ± VDRS05C40xyE ± VDRS07H40xyE ± VDRSP40xyE ± VDRS440xyE ± 0.3 VDRS0W40ByE ± VDRS05C50xyE ± VDRS07H50xyE ± VDRSP50xyE ± VDRS450xyE ± 0.3 VDRS0W50ByE ± VDRS05C75xyE ± VDRS07H75xyE ± VDRSP75xyE ± VDRS475xyE ± 0.3 VDRS0W75ByE ± VDRS05C30xyE ± VDRS07H30xyE ± VDRSP30xyE ± VDRS430xyE ± 0.8 VDRS0W30ByE ± VDRS05C50xyE ± VDRS07H50xyE ± VDRSP50xyE ± VDRS450xyE ± 0.8 VDRS0W50ByE ± VDRS05C75xyE ± VDRS07H75xyE ± VDRSP75xyE ± VDRS475xyE ± 0.8 VDRS0W75ByE ± VDRS05C300xyE ± VDRS07H300xyE ± VDRSP300xyE ± VDRS4300xyE ± 0.8 VDRS0W300ByE ± VDRS05C30xyE ± VDRS07H30xyE ± VDRSP30xyE ± VDRS430xyE ± 0.8 VDRS0W30ByE ± VDRS05C350xyE ± VDRS07H350xyE ± VDRSP350xyE ± VDRS4350xyE ± 0.8 VDRS0W350ByE ± VDRS05C385xyE ± VDRS07H385xyE ± VDRSP385xyE ± VDRS4385xyE ± 0.8 VDRS0W385ByE Revision: 9-Jun-5 3 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

4 ELECRICAL DAA AND ORDERING INFORMAION MAXIMUM CONINUOUS VOLAGE RMS () DC VOLAGE (3) at ma MAXIMUM VOLAGE at SAED CURREN V I (A) MAXIMUM ENERGY (4) ( x 000 μs) MAXIMUM NON-REP. RANSIEN CURREN (5) I NRP (8 x 0 μs) YPICAL CAP. at khz (max.) E UL 449 ED3 SPD YPE (7) CAALOG NUMBERS () (J) (A) (pf) (mm) (mm) SAP (6) ± VDRS05C40xyE ± VDRS07H40xyE ± VDRSP40xyE ± VDRS440xyE ± 0.8 VDRS0W40ByE ± VDRS05C460xyE ± VDRS07H460xyE ± VDRSP460xyE ± VDRS4460xyE ± 0.8 VDRS0W460ByE ± VDRSP5xyE ± VDRS45xyE ± 0.8 VDRS0W5ByE ± VDRSP550xyE ± VDRS4550xyE ± 0.8 VDRS0W550ByE ± 0.8 VDRS0W65ByE ± 0.8 VDRS0W680ByE Notes () he products are certified according to (c)ul (E33800), VDE (40006) and CSA (9883) () he sinusoidal voltage is assumed as the normal operating condition. If a non-sinusoidal voltage is present, type selection should be based on multiplying the peak voltage by a factor of (3) he voltage measured at ma meets the requirements of IEC 65. he tolerance on the voltage at ma is ± %. (4) High energy surges are generally of longer duration. he maximum energy for one pulse of x 00 μs is given as a reference for longer duration pulses. his pulse can be characterised by peak current (I p ) and pulse width t (virtual time of half I p value, following IEC , section 6 ). If V p is the clamping voltage corresponding to Ip, the energy absorbed in the varistor is determined by the formula: E = K x V p x I p x t where: a) K is dependent on the value of t when the value of t is between 8 μs and μs; see Peak Current as a Function of Pulse Width drawing. (5) A current wave of 8 x 0 μs is used as a standard for pulse current and clamping voltage ratings. he maximum non-repetitive transient current is given for one pulse applied during the life of the component. (6) For composition of the SAP part number: Replace x by B for bulk type Replace y by S for straight leads for tape and reel F for straight leads with flange (bulk only) A for tape and ammopack G for straight leads with flange and H 0 = 6 mm (tape and reel/ammo) H for straight leads with flange and H 0 = 8.5 mm (tape and reel/ammo) K for kinked leads (bulk only) L for kinked leads with H0 = 6 mm (tape and reel/ammo) M for kinked leads with H0 = 8.5 mm (tape and reel/ammo) (7) All varistors are recognized under VZAC surge protective devices, components type 4 as specified in UL 449 edition 3 for operation in ambient temperatures up to 85 C. he parts with indication type or 3 SPD s, are tested and certified to be used in type or 3 SPD applications with operating ambient temperatures up to 85 C. he final acceptance of the component is dependent upon its installation and use in complete equipment submitted to underwriters laboratories Inc. Revision: 9-Jun-5 4 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

5 ELECRICAL CHARACERISICS ELECRICAL DAA PARAMEER VALUE UNI Maximum continuous voltage: RMS 4 to 680 V DC 8 to 895 V Maximum non-repetitive transient current (I NRP ) (8 x 0 μs) VDRS05 0 or 400 A VDRS07 50 or 00 A VDRS 500 or 500 A VDRS4 00 or 4500 A VDRS0 000 or 6500 A hermal resistance: VDRS05 80 K/W VDRS07 70 K/W VDRS 60 K/W VDRS4 50 K/W VDRS0 40 K/W Maximum dissipation: VDRS05 0 mw VDRS07 50 mw VDRS 400 mw VDRS4 600 mw VDRS0 00 mw emperature coefficient of voltage at ma maximum ± 0.05 %/K Voltage proof between interconnected leads and case 500 V AC Storage temperature -40 to +5 C Operating temperature -40 to +85 C DERAING CURVE Maximum Voltage Maximum Dissipation Maximum Energy Maximum ransient Current 0 % PEAK CURREN AS A FUNCION OF PULSE WIDH I p (%) 0 90 t (µs) K amb ( C) 0 t t (µs) t COMPONEN DIMENSIONS (BULK YPE) in millimeters AND CAALOG NUMBERS D MAX. A MAX. A 0 MAX. V 30 V V > 30 V V 300 V V > 300 V V 30 V V > 30 V to ± ±.0 VDRS to ± ±.0 VDRS to ± ±.0 VDRS to ± ±.0 VDRS to ± 0.05 ±.0 VDRS0 Note () max. and E values per size and voltage level can be found back in the Electrical Data table L MIN. Revision: 9-Jun-5 5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A () MAX. E () d F CAALOG NUMBER

6 VARISORS IN BULK YPE VDRS05... Ø 5 mm 4 V to 460 V Note () Outline of the Ø 0 mm differs from the other dimensions VDRS07... Ø 7 mm 4 V to 460 V VDRS... Ø mm 4 V to 550 V DIMENSIONS in millimeters: See Component Dimensions and Electrical Data table VDRS4... Ø 4 mm 4 V to 550 V VDRS0... Ø 0 mm 4 V to 680 V Straight leads; see outline of components with straight leads drawing () BSE BSE BSE BSE BSE Straight leads with flange; see outline of components with flanged leads drawing BFE BFE Kinked leads; see outline of components with kinked leads drawing BKE BKE BKE BKE BKE Packaging quantities 4 V to 95 V V to 385 V V to 460 V V to max. V Outline of component with straight leads Outline of component with kinked leads D D A A 0 d L F L F E d Outline of component with flanged leads D A F d L.4 to.6 E Revision: 9-Jun-5 6 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

7 VARISORS ON APE IN AMMOPACK YPE Note () Except for 35 V and 40 V = 00 pieces VDRS05... Ø 5 mm 4 V to 460 V DIMENSIONS OF AMMOPACK IN MILLIMEERS VDRS07... Ø 7 mm 4 V to 460 V VDRS... Ø mm 4 V to 550 V VDRS4... Ø 4 mm 4 V to 550 V Straight leads H = 8 mm - - ASE ASE H = 0 mm ASE ASE - - See drawing: taped version with straight leads Straight leads with flange H 0 = 6 mm AGE AGE - - H 0 = 8.5 mm AHE AHE - - See drawing: taped version with flanged leads Kinked leads H 0 = 8.5 mm AME AME AME AME H 0 = 6 mm ALE ALE ALE ALE See drawing: taped version with kinked leads Packaging quantities 4 V to V 500 () 500 () V to 5 V V max. 5 or 55 max. 50 max. Revision: 9-Jun-5 7 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

8 VARISORS ON APE AND REEL YPE PACKAGING VDRS05... Ø 5 mm 4 V to 460 V VDRS07... Ø 7 mm 4 V to 460 V APED VERSION WIH SRAIGH LEADS (only for VDRS05 and VDRS07) VDRS... Ø mm 4 V to 550 V VDRS4... Ø 4 mm 4 V to 550 V Straight leads H = 8 mm - - SE SE H = 0 mm SE SE - - See drawing: taped version with straight leads Straight leads with flange H 0 = 6 mm GE GE - - H 0 = 8.5 mm HE HE - - See drawing: taped version with flanged leads Kinked leads H 0 = 8.5 mm ME ME ME ME H 0 = 6 mm LE LE LE LE See drawing: taped version with kinked leads Packaging quantities 4 V to 50 V V to 300 V V to 350 V V to max. V D P Δp Δp Δh Δh A d F W H L W 0 W W P 0 P D 0 t APED VERSION WIH SRAIGH LEADS (only for VDRS and VDRS4) D P Δp Δp Δh Δh A d W W 0 W W H F P P 0 D 0 t Revision: 9-Jun-5 8 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

9 APED VERSION WIH KINKED LEADS (only for VDRS05 and VDRS07) APED VERSION WIH KINKED LEADS (only for VDRS and VDRS4) D P Δp Δp Δh Δh D P Δp Δp Δh Δh A 0 A 0 d F W d W L W 0 W W H0 W 0 H 0 W W P 0 P D 0 F P P 0 D 0 t t APED VERSION WIH FLANGED LEADS (only for VDRS05 and VDRS07) L d D F P Δp P 0 P D 0 Δp W H 0 W 0 W W t Δh Δh A 0 APING DAA (based on IEC 6086-) DIMENSIONS/OLERANCE SYMBOL PARAMEER VDRS05 VDRS07 VDRS VDRS4 Max. V 300 V 4.5 A max. mounting height V > 300 V 5.0 A 0 max. D max. d F H H 0 P Max. mounting height Max. body diameter Lead wire diameter V 30 V V > 30 V V 30 V V > 30 V ± ± 0.05 Lead to lead distance () / ± 0.8 Distance component to tape / /- 0.0 center () Lead wire clinch height Pitch of components on tape otal thickness 6.0 or 8.5 ± ± ±.0 See Electrical Data table Notes () Guaranteed between component and tape () For VDRS45xSE and VDRS4550xSE: H = 0 mm ± mm Revision: 9-Jun-5 9 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

10 V/I CHARACERISICS 4 V RMS to 40 V RMS ; VDRS V RMS to 75 V RMS ; VDRS V RMS to 460 V RMS ; VDRS Revision: 9-Jun-5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

11 4 V RMS to 40 V RMS ; VDRS V RMS to 75 V RMS ; VDRS V RMS to 460 V RMS ; VDRS Revision: 9-Jun-5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

12 4 V RMS to 40 V RMS ; VDRS V RMS to 30 V RMS ; VDRS V RMS to 550 V RMS ; VDRS Revision: 9-Jun-5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

13 4 V RMS to 40 V RMS ; VDRS V RMS to 30 V RMS ; VDRS V RMS to 550 V RMS ; VDRS Revision: 9-Jun-5 3 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

14 4 V RMS to 40 V RMS ; VDRS V RMS to 50 V RMS ; VDRS V RMS to 680 V RMS ; VDRS Revision: 9-Jun-5 4 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

15 MAXIMUM APPLICABLE RANSIEN CURREN AS A FUNCION OF PULSE DURAION 4 V RMS to 40 V RMS ; VDRS05 pulse t pulse (μs) 50 V RMS to 460 V RMS ; VDRS05 3 pulse V RMS to 40 V RMS ; VDRS07 3 t pulse (μs) pulse t pulse (μs) Revision: 9-Jun-5 5 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

16 50 V RMS to 5 V RMS ; VDRS07 3 pulse t pulse (μs) 4 V RMS to 40 V RMS ; VDRS 3 pulse V RMS to 300 V RMS ; VDRS t pulse (μs) 3 pulse t pulse (μs) Revision: 9-Jun-5 6 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

17 30 V RMS to 680 V RMS ; VDRS 4 3 pulse V RMS to 40 V RMS ; VDRS4 3 4 t pulse (μs) 3 pulse V RMS to 300 V RMS ; VDRS pulse t pulse (μs) 3 4 t pulse (μs) Revision: 9-Jun-5 7 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

18 30 V RMS to 680 V RMS ; VDRS4 4 3 pulse V RMS to 40 V RMS ; VDRS t pulse (μs) 3 pulse V RMS to 300 V RMS ; VDRS0 3 4 t pulse (μs) 4 pulse t pulse (μs) Revision: 9-Jun-5 8 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

19 30 V RMS to 680 V RMS ; VDRS0 4 3 pulse t pulse (μs) Revision: 9-Jun-5 9 Document Number: 908 ARE SUBJEC O SPECIFIC DISCLAIMERS, SE FORH A

20 Legal Disclaimer Notice Vishay Disclaimer ALL PRODUC, PRODUC SPECIFICAIONS AND DAA ARE SUBJEC O CHANGE WIHOU NOICE O IMPROVE RELIABILIY, FUNCION OR DESIGN OR OHERWISE. Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, Vishay ), disclaim any and all liability for any errors, inaccuracies or incompleteness contained in any datasheet or in any other disclosure relating to any product. Vishay makes no warranty, representation or guarantee regarding the suitability of the products for any particular purpose or the continuing production of any product. o the maximum extent permitted by applicable law, Vishay disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including warranties of fitness for particular purpose, non-infringement and merchantability. Statements regarding the suitability of products for certain types of applications are based on Vishay s knowledge of typical requirements that are often placed on Vishay products in generic applications. Such statements are not binding statements about the suitability of products for a particular application. It is the customer s responsibility to validate that a particular product with the properties described in the product specification is suitable for use in a particular application. Parameters provided in datasheets and / or specifications may vary in different applications and performance may vary over time. All operating parameters, including typical parameters, must be validated for each customer application by the customer s technical experts. Product specifications do not expand or otherwise modify Vishay s terms and conditions of purchase, including but not limited to the warranty expressed therein. Except as expressly indicated in writing, Vishay products are not designed for use in medical, life-saving, or life-sustaining applications or for any other application in which the failure of the Vishay product could result in personal injury or death. Customers using or selling Vishay products not expressly indicated for use in such applications do so at their own risk. Please contact authorized Vishay personnel to obtain written terms and conditions regarding products designed for such applications. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Vishay. Product names and markings noted herein may be trademarks of their respective owners. 07 VISHAY INERECHNOLOGY, INC. ALL RIGHS RESERVED Revision: 08-Feb-7 Document Number: 900

Ceramic Disc Capacitors Class 2, 500 V DC, 1 kv DC, General Purpose

Ceramic Disc Capacitors Class 2, 500 V DC, 1 kv DC, General Purpose FEATURES High capacitance in small size Kinked (preferred) or straight leads Compliant to RoHS Directive 2011/65/EU APPLICATIONS Bypassing