Eaton CROUSE-HINDS Serie Nformación De Instalación Y Mantenimiento
Eaton CROUSE-HINDS Serie Nformación De Instalación Y Mantenimiento

Eaton CROUSE-HINDS Serie Nformación De Instalación Y Mantenimiento

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EIC combination line starters
Installation & maintenance information
APPLICATION
EIC combination line starters are used for general motor control and circuit protection in
hazardous environments. They provide motor branch circuit protection, motor running
protection, under voltage protection and remote starting and stopping by means of a
combination of thermal magnetic circuit breakers and magnetic motor starters.
INSTALLATION
To avoid risk of electrical shock, electrical power must be OFF before and during
installation and maintenance.
1.
Select a mounting location that will provide suitable strength and rigidity for
supporting all contained wiring, components and control devices. Figure 1 and Table
1 show the mounting dimensions.
Inside nominal dimensions
EIC
size
W
L
D
Size A
10
14
6
Size B
12
18
8
Size C
12
36
8
*Use 3/8" bolts for size A and 1/2" bolts for sizes B and C.
†External ground lug hole provided for all units. Hole is located on hinge side of body for sizes B and C.
A
B
2.
Securely fasten the enclosure to the mounting location, then attach into cable or
conduit system. Install approved conduit sealing fittings when required by the
National Electrical Code plus any other applicable standards.
To avoid risk of ignition:
Hazardous location information specifying class and group listing of each device
is marked on the nameplate of each enclosure. Class and group listing for any
device penetrating the enclosure must be suitable for the classification of the
location in which the enclosure is installed.
All unused conduit openings must be plugged. Listed plug must engage a
minimum of five (5) full threads and be a minimum of 1/8" thick.
In Class I, Division 1, Groups B, C, D locations, conduit sealing fittings MUST
be installed in each attached conduit run within 18" of the enclosure to comply
with the latest edition of the National Electrical Code Section 501.15 and/or
502.15 plus any other applicable code.
Hammers or prying tools must not be allowed to damage the flat ground joint
surfaces or cover gasket.
3.
Pull wires into enclosure, making sure they are long enough to make the required
connections. Make all electrical connections. The internal grounding terminals (lugs)
shall be used as equipment grounding means. The external ground terminal (lug) is
only a supplemental bonding connection.
4.
Test wiring for correctness with continuity checks and also for unwanted grounds with
insulation resistance tester.
To avoid risk of ignition:
Clean both ground joint surfaces of body and cover before closing. Dirt or foreign
material must not accumulate on flat ground joint surfaces. Surfaces must seat fully
against each other to provide a proper explosionproof seal.
IF 1851 • 10/18
SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE
WARNING
Overall dimensions
Usable
depth
A
B
C
6-5/8
15-13/16
19-1/8
10-1/2
8-25/32
18-5/8
23-5/16
12-13/16
8-15/16
18-1/2
41-1/4
13-1/2
C
E
H
Figure 1
WARNING
CAUTION
Copyright © 2018, Eaton's Crouse-Hinds Division
EIC enclosures utilize Eaton's Crouse-Hinds series ECP classified NEMA 7 and NEMA
9 enclosures. These enclosures are suitable for use in Class I, Groups B, C, D; Class
II, Groups E, F , G; and Class III hazardous (classified) areas as defined by the National
Electrical Code
(NEC) Article 500.
®
EIC enclosures should be installed, inspected and serviced by qualified and competent
personnel.
CERTIFICATIONS
NEC/CEC:
Class I, Divisions 1 & 2, Groups B, C, D
Class II, Divisions 1 & 2, Groups E, F , G
Class III
UL standard: 1203
cUL to CSA C22.2 No. 30, No. 25
NEMA 3, 3R, 4, 4X, 7BCD, 9EFG
-20°C ≤ Ta ≤ +60°C (see Table A6 for FLA de-rating with ambient temperature)
Mounting
E
F
G*
H†
9
17-1/8
0.43
1/4-20
15-1/4
11-1/2
0.56
5/16-18
15-1/4
29-1/2
0.56
5/16-18
Table 1 (in inches)
Ø G
(4 PLACES)
To avoid nuisance tripping, ensure that EIC enclosure is mounted in a shaded area,
avoiding direct sunlight.
5.
Close the cover, making sure that cover and body ground joint surfaces are clean
with no damage or scratches. Fully tighten all cover bolts to torque values per Table
A2.
F
6.
Pour sealing compound into sealing fittings (when required) in accordance with the
instructions supplied with each of the approved fittings and sealing compound. We
recommend Chico
To maintain environmental ratings, EIC enclosure shall be installed in the
horizontal position; vertical position (facing up) is not permitted.
BREATHER AND DRAIN
When used, check breather and/or drain to be certain that they are suitable for the
hazardous location (class and group), as well as for the environmental ratings in which
they are being installed.
For installation or removal of breather and/or drain, reference IF 843.
GROUNDING AND BONDING
Grounding and bonding of the conduit and equipment is required by the National Electrical
Code. A grounding conductor, when used, must be connected to the grounding lug(s),
furnished. Suffix S214 provides an external ground lug.
To avoid the risk of explosion, EIC enclosures must be securely attached into
a permanently grounded system in accordance with Articles 501 and 502 of the
National Electrical Code. The internal grounding lug(s) shall be used as the primary
equipment ground.
Determine the type of distribution system to be used that complies with NEC
requirements and ensures grounding continuity.
All conductive materials that enclose the electrical conductors, attached equipment or
forming part of such equipment, must be grounded. A permanent conducting connection
must be made between all such equipment and the earth.
INSTALLATION OF INTERNAL COMPONENTS
If an unpopulated EIC (without circuit breaker/HMCP or motor starter) is supplied, the
addition of components/devices is required. Also, the addition of components to the
internal operators for the circuit breaker/HMCP and motor starter must be installed. See
Table 2 for assembly details.
NOTE: The interior mounting plate may be removed to aid in the installation of the circuit
breaker/HMCP , motor starter and other optional equipment.
Weight (lbs.)
Populated
Unpopulated
90
75
150
120
290
245
CAUTION
compound and fiber or Chico SpeedSeal
®
CAUTION
CAUTION
IF 1851
Weight (kg.)
Populated
Unpopulated
41
34
68
54
132
111
.
Page 1
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Resumen de contenidos para Eaton CROUSE-HINDS Serie

  • Página 1 SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE APPLICATION EIC enclosures utilize Eaton’s Crouse-Hinds series ECP classified NEMA 7 and NEMA EIC combination line starters are used for general motor control and circuit protection in 9 enclosures. These enclosures are suitable for use in Class I, Groups B, C, D; Class hazardous environments.
  • Página 2 (Eaton Series G circuit Eaton Space Savings AN13 the reset operator properly resets the breakers come with mounting hardware, Eaton Series C F-Frame circuit breakers do starter. Table 4 not come with mounting hardware – use four (4) #8-32 x 1.50” long screws) (screws not provided).
  • Página 3: Wiring Connections

    Crouse-Hinds series EMPX operators are available for use with the EIC motor control series. EMPX operators can be installed before or after components are secured to the mounting plate. Consult Eaton’s Crouse-Hinds Division’s catalog for details. Reference IF 1857 for further information on EMPX operators.
  • Página 4 NOTE: Recommended distance for initial setup. Check operator for functionality. Fork plate should be 1/8”-3/16” above circuit breaker/HMCP face. *See Figure 4 on page 2 for further fork plate information. Table A4 – fork plate information IF 1851 • 10/18 Copyright © 2018, Eaton’s Crouse-Hinds Division Page 4...
  • Página 5 All statements, technical information and recommendations contained herein are based on information and tests we believe to be reliable. The accuracy or completeness thereof are not guaranteed. In accordance with Eaton’s Crouse-Hinds Division’s “Terms and Conditions of Sale,” and since conditions of use are outside our control, the purchaser should determine the suitability of the product for his intended use and assumes all risk and liability whatsoever in connection therewith.
  • Página 6: Arrancadores De Línea De Combinación Eic

    Los recintos EIC utilizan los recintos clasificados NEMA 7 y NEMA 9 de la serie ECP Los arrancadores de línea de combinación EIC son utilizados para el control general del de Crouse-Hinds de Eaton. Estos recintos son adecuados para usar en áreas peligrosas motor y la protección del circuito en entornos peligrosos. Proporcionan una protección de Clase I, Grupos B, C, D;...
  • Página 7: Instalación Del Disyuntor De Circuito/Hmcp

    Eaton AN13 bastidor F de la serie C de Eaton no vienen con soporte físico para el montaje. Utilice que el operador de restablecimiento cuatro (4) tornillos #8-32 x 1.50" de largo) (Los tornillos no están incluidos).
  • Página 8: Conexiones De Cableado

    Enrute los conductores de fase y a tierra para evitar cualquier borde afilado y proporcione el espacio libre adecuado para la flexión de los cables y el espacio entre Las piezas de repuesto están disponibles a través de la División Crouse-Hinds de Eaton. los mismos.
  • Página 9 *Consulte la Figura 4 en la página 2 para obtener más información sobre la placa de horquilla. Cuadro A4 - información de la placa de horquilla IF 1851 • 10/18 Copyright © 2018, División de Crouse-Hinds de Eaton Página 4...
  • Página 10 Todas las declaraciones, la información técnica y las recomendaciones contenidas en este documento se basan en informaciones y pruebas que consideramos confiables. No se garantiza que las mismas sean precisas o estén completas. En conformidad con los “Términos y condiciones de venta" de la División Crouse-Hinds de Eaton y dado que las condiciones de uso están fuera de nuestro control, el comprador debe determinar la idoneidad del producto para su uso previsto y asume todo riesgo y responsabilidad con relación al mismo.
  • Página 11 CONSERVER CES INSTRUCTIONS À TITRE DE RÉFÉRENCE APPLICATION Les boîtiers EIC sont des boîtiers ECP de la série Crouse-Hinds d’Eaton classifiés NEMA Les démarreurs combinés EIC sont utilisés pour la commande générale de moteurs et la 7 et NEMA 9. Ces boîtiers conviennent à une utilisation dans des endroits dangereux protection de circuits dans des environnements dangereux.
  • Página 12 à la plaque de montage à l’aide des vis fournies par le fabricant AN13 le démarreur. Déclencher manuellement du disjoncteur. Les disjoncteurs de série G d’Eaton viennent avec la quincaillerie de le démarreur et vérifier que l’actionneur montage, mais pas les disjoncteurs au bâti F de la série C; utiliser quatre (4) vis n# 8-32 x Tableau 4...
  • Página 13: Raccordements Électriques

    EIC. Les actionneurs EMPX peuvent être installés avant ou après la fixation des composants à la plaque de montage. Consulter le catalogue d’Eaton’s Crouse-Hinds Division pour les détails. Se reporter au document IF 1857 pour obtenir des renseignements supplémentaires sur les actionneurs EMPX.
  • Página 14 Tête hex. de 5/16 po : Tableau A1 – Configuration Filetage des vis du Couple des boulons du Démarreur Quantité Numéro du catalogue couvercle couvercle lb-po (Nm) Eaton AN16/AN19 NEMA calibre 0 n° 10-32 x 3/8 po EICA 3/8-16 35-40 (48-54) EICB 1/2-13 40-45 (55-61) Eaton AN16/AN19 NEMA calibres 1-2 n° 10-32 x 3/8 po...
  • Página 15 Toutes les déclarations, les recommandations et les informations techniques contenues dans le présent document sont basées sur des informations et des essais que nous croyons fiables. Leur exactitude ou leur exhaustivité ne sont pas garanties. Conformément aux conditions de vente d’Eaton’s Crouse-Hinds Division, et étant donné que les conditions d’utilisation sont hors de notre contrôle, l’acheteur doit déterminer si le produit convient à...

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