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International Hydraulics Inc

7700 St. Clair Avenue
Mentor, Ohio 44060

Ph 440-951-7186 Fax 440-951-1071

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Made in the USA

Made in the USA

84JM
ISO 9001:2008

 

UL Guide Information for Electrical Equipment
Ref: UL White Book. See White Book on UL.COM for latest revision.


For your convenience the information on ZMVV Category (Listed UL486A-B Connectors for General Use) is quoted below:

 

“WIRE CONNECTORS AND SOLDERING LUGS (ZMVV)

 

USE

This category covers single-polarity wire connectors for use with all alloys of copper, aluminum, or copper-clad aluminum conductors, or all three, for the purpose of providing contact between current-carrying parts. Wire connectors may be uninsulated, supplied with integral insulation, or separable insulation in the form of insulating caps or covers.

 

Terminal connectors establish a connection between one or more conductors to a terminal plate or stud, or to any similar device by means of mechanical pressure. They are fixed in position.

 

Splicing wire connectors establish a connection between two or more conductors by means of mechanical pressure and are not intended to be permanently mounted. They are floating, such as a twist-on connector in an outlet box.

 

Insulating caps or covers are for general use when installed on specific connectors. Information covering use of the caps or cover on specific connectors appears on the unit containers in which the caps or covers are packaged.

 

Soldering lugs are terminal connectors designed for attachment to a conductor by means of solder (nonpressure).

 

Reusability — Wire connectors have not been investigated for reusability. Reusability should be determined by the installer and the Authority Having Jurisdiction.

 

Direct burial — Wire connectors have not been investigated for direct burial. See RELATED PRODUCTS below.

 

Use in service equipment — Where wire connectors are used as a part of service equipment, dead-front switchboards, panelboards, meter sockets, enclosed switches, circuit breakers, etc., reference should be made to the General Information for those categories concerning the use of the wire connectors. When wire connectors suitable for use with aluminum or copper-clad aluminum conductors are employed in such equipment, the suitability for wiring with aluminum or copper-clad aluminum conductors of such equipment will be indicated by a marking on the equipment and is independent of any marking on the wire connector.

 

INSTALLATION Wire connectors are intended for use in installations covered by ANSI/ NFPA 70, ‘‘National Electrical Code’’ (NEC), and should be installed using the prescribed manufacturer’s installation instructions. Stacking of connectors (multiple connectors assembled using a single bolt, nut and washers) may be permitted where mechanical interference is reduced or eliminated with the use of offset tangs, stacking adapters, and the like. The surface contact area of the mounting tang should make complete contact with the mounting surface or the previously stacked connector tang.

 

 

PRODUCT MARKINGS AND RATINGS

 

Wire size and wire combinations — Wire connectors are rated for 30 AWG or larger copper conductors and/or 12 AWG or larger aluminum or copper-clad aluminum conductors. The wire size, wire range or wire combinations are marked on the connector, or on or within the unit container. Wire connectors additionally investigated for metric-size conductors are marked with the metric wire sizes expressed in mm2.

 

Multiple conductors — Connectors generally accommodate a single conductor under a clamping mechanism unless otherwise identified, such as with the number of conductors located parenthetically in front of the wire size or range. Some connectors may have a single-conductor wire range as well as a second multiple-conductor wire range. Some connectors, such as twist-on connectors, will have multiple conductors expressed in a list of wire combinations.

 

Parallel conductors — Connectors intended for paralleling of conductors are intended to be used in accordance with Clause 310.4 of the NEC. Parallel connectors may have multiple-conductor clamping mechanisms, each accepting a single conductor or a singular clamping mechanism accepting multiple conductors.

 

Wire stranding — Unless clearly marked ‘‘Solid,’’ ‘‘SOL,’’ ‘‘Stranded’’ or ‘‘STR’’ for a given wire size, wire range or wire combination, conductors in the range 30-10 AWG are both solid and stranded, and 8 AWG and larger are for stranded wire only. Connectors additionally rated for metric conductor sizes may be marked with the letter ‘‘r’’ for rigid solid and rigid stranded conductors, or the letter ‘‘f’’ for flexible conductors. Wire Connectors and Soldering Lugs (ZMVV)-Continued

 

Stranded conductor Class — Connectors rated for use with stranded conductors are for the following strand configurations: Aluminum – Class B concentric, compressed or compact, and SIW (single input wire) Copper-clad aluminum – Class B concentric or compressed, and Class C concentric Copper – Class B concentric or compressed, and Class C concentric Wire connectors additionally rated for use with compact copper conductors are additionally marked ‘‘For compact-stranded copper conductors’’ or equivalent on the connector, or on or within the unit container. Wire connectors additionally rated for use with other Class conductors, such as Class M, are marked on the connector, or on or within the unit container or information sheet within the unit container with the additional class designation and number of strands.

 

Strip length — Some connectors or their unit containers are marked with a strip length for the conductor before assembly to the wire connector.

 

Conductor material — Wire connectors or the unit containers are marked with the type of conductor material(s) as follows:

 

Marking (or equivalent) For Use With

‘‘CU’’ Copper wire only

‘‘AL’’ Aluminum wire only

‘‘AL-CU’’ or ‘‘CU-AL’’ Copper to copper,

aluminum to aluminum,

copper to aluminum but not intermixed or in direct physical contact,

copper-clad aluminum to copper-clad aluminum,

copper to copper-clad aluminum,

aluminum to copper-clad aluminum but not intermixed or in direct physical contact

‘‘AL-CU (intermixed – dry locations)’’

Copper to copper,

aluminum to aluminum,

copper to aluminum intermixed and in direct physical contact,

copper-clad aluminum to copper-clad aluminum,

copper to copper-clad aluminum,

aluminum to copper-clad aluminum and in direct physical contact.

 

Except as otherwise noted on or in the shipping carton, aluminum conductors are not intended to be used in direct physical contact with copper and copper-clad aluminum conductors in the same connector. A wire connector for securing an aluminum wire in combination with a copper or copper-clad aluminum conductor, where physical contact occurs between the wires of different metals, is limited to dry locations only and is marked ‘‘AL-CU (intermixed – dry locations).’’

 

Ampacity level rating:

 

A. Equipment use — Equipment wiring requirements may restrict the sizing, ampacity and temperature ratings of connected conductors. Equipment requirements may limit 90°C or higher-rated conductors to 60 or 75°C ampacity in accordance with Electrical Equipment for Use in Ordinary Locations (AALZ).

 

B. General use — Connectors rated 75°C are intended for use at ampacities not greater than those for 75°C-rated conductors, and connectors rated 90°C are for use at ampacities not greater than those for 90°Crated conductors. Connectors may be marked with ‘‘75C’’ or ‘‘90C’’ to represent these levels. Alternatively, these rating levels may be represented by a 7 or 9 associated with the marking ‘‘CU,’’ ‘‘AL’’ or ‘‘ALCU,’’ e.g., ‘‘AL9,’’ ‘‘AL9CU,’’ ‘‘AL7CU,’’ ‘‘CU7,’’ ‘‘CU9.’’ Connectors not marked with an ampacity number 7 or 9 have an assumed level per the following table. Use of higher-temperature-rated conductors is not prohibited, provided the ampacity levels continue to be based on the 75 or 90°C ratings.

 

Connectors are rated and marked as follows:

 

 

@ Terminal connectors rated for 6 AWG or smaller conductors may have the markings on the connector, the unit container, or on an information sheet packed in the unit container.

 

Insulation temperature rating (maximum operating temperature) — Insulated connectors, insulating caps and insulating covers have an insulation temperature rating marked on the device or the unit container. Insulated connectors, insulating caps and insulating covers that have an insulation temperature greater than the connector ampacity level rating are marked ‘‘Temperature Rating of Insulating Material ___°C.’’

 

Voltage rating — Uninsulated wire connectors are rated for general use in circuits up through 2000 V. Uninsulated wire connectors may be used in circuits over 2000 V up through 35,000 V where the effects of corona have been investigated in the end-use application. Uninsulated wire connectors are not marked with a voltage rating.

Insulated wire connectors, insulating caps and insulating covers have voltage ratings for which they have been found acceptable. The voltage rating is marked on the device or the unit container and may be stated as ‘‘300 volts maximum,’’ ‘‘600 volts maximum,’’ or ‘‘600 volts maximum building wire, 1000 volts maximum, in signs or luminaires,’’ or equivalent wording.

 

Flammability rating — Insulated connectors and insulating caps and covers may be additionally marked with a flammability rating of V-2 or VTM-2 or better.

 

Assigned torque rating — A connector or its unit container may be marked with an assigned torque value for which the connector was investigated.

 

 

INSTALLATION INSTRUCTIONS

 

Use of specific tools — A specific tool and die used to assemble a wire connector to a conductor is identified on the connector, or on or within the unit container of the connector. The identification consists of a catalog or type designation, color-coding, die index number, or equivalent means. Color-coding of the crimp barrel is common.

 

Multiple crimping operations — The number of crimps necessary to make a connection using the specific tool is identified on the connector, or on or within the unit container of the connector. Location and number of crimping points is commonly located on the crimp barrel of the connector.

 

Conductor strip length — Wire connectors requiring a specific strip length have this information identified on the connector, on or within the unit container of the connector, on an insulating cover, or on the tool or tool carrying case. Strip-length marking is optional for some constructions.

 

Preliminary preparation of conductor — Some wire connectors supply instructions for the preliminary preparation of conductors, such as use of conductor termination compound (antioxidant compound) or pre-twisting of conductors, on or within the unit container.

 

Pre-twisting — Some connectors may specify that conductors are to be pre-twisted before assembly onto the connector.

 

Conductor termination compound — Some connectors are shipped prefilled with conductor termination compound (antioxidant compound). For non-prefilled connectors, conductor termination compound may be used if recommended by the connector manufacturer as preliminary preparation of the conductor. Wire brushing of the conductor may also be performed if recommended. Also see Conductor Termination Compounds (DVYW).

 

 

PRODUCT IDENTITY

One of the following product identities appears on the product: Soldering Lug Splicing Wire Connector Terminal Connector Wire Connector Other product identities may be used as shown in the individual certifications.

 

 

RELATED PRODUCTS

Sealed wire-connector systems intended for direct burial, below-grade use, or similar damp or wet locations are covered under Sealed Wire-connector Systems (ZMWQ).

Wire-connector adapters installed on the end of a conductor prior to their subsequent connection to certified wire connectors or to connectors used in certified equipment are covered under Wire-connector Adapters (ZMOW).

 

ADDITIONAL INFORMATION

For additional information, see Electrical Equipment for Use in Ordinary Locations (AALZ).

 

REQUIREMENTS

The basic standards used to investigate products in this category are ANSI/UL 486A-486B, ‘‘Wire Connectors,’’ and ANSI/UL 486C, ‘‘Splicing Wire Connectors.’’

 

UL MARK

The Certification Mark of UL on the smallest unit container in which the product is packaged, with or without the UL symbol on the product, is the only method provided by UL to identify products manufactured under its Certification and Follow-Up Service. The Certification Mark for these products includes the UL symbol, the words ‘‘CERTIFIED’’ and ‘‘SAFETY,’’ the geographic identifier(s), and a file number.

 

Alternate UL Mark

The Listing Mark of UL on the smallest unit container in which the product is packaged, with or without the UL symbol on the product, is the only method provided by UL to identify these products manufactured under its Listing and Follow-Up Service. The Listing Mark for these products includes the UL symbol (as illustrated in the Introduction of this Directory) together with the word ‘‘LISTED,’’ a control number, and one of the following product names: ‘‘Wire Connector,’’ ‘‘Soldering Lug,’’ ‘‘Terminal Connector,’’ ‘‘Splicing Wire Connector,’’ or other appropriate product name as shown in the individual Listings.

 

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UL, in performing its functions in accordance with its objectives, does not assume or undertake to discharge any responsibility of the manufacturer or any other party. UL shall not incur any obligation or liability for any loss, expense or damages, including incidental or consequential damages, arising out of or in connection with the use, interpretation of, or reliance upon this Guide Information.”

 

Ref: UL White Book UL.com

 

 

 

 

 

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