Cooper Crouse-Hinds IF 1589 Installation & Maintenance Information Download Page 8

IF 1589  •  08/09

Copyright © 2009, Cooper Industries, Inc.

Page 8

Battery and Control Box Mounting (requires 2 people)

The battery box and controls enclosure should come pre-assembled with
all major components.  The physical mounting of this only involves placing
the box below the photovoltaic module also attached to a SCH40 pole.

1.

Place the control box below the photovoltaic module far enough 
away that it does not impede ventilation of the box or module.  Make
certain that the distance is short enough to allow for the cable
connections to the top of the solar module to reach the bottom of the
control box.  The 2 conductor #10AWG cable is approximately 15’ long,
and is provided with cable glands.

2.

Hold the box in place and loosely secure the top using a U-bolt.

3.

Attach the bottom U-bolt while still holding the box in place.

4.

Level the enclosure so that the battery is in the upright position 
inside of the enclosure relative to the ground.

5.

Tighten the top U-bolt.

6.

Tighten the bottom U-bolt.

NOTE: If a suitable flat surface is used for mounting, then appropriately
sized hardware must be selected and must be 316 stainless steel for
corrosion protection.

Figure 6.

Figure 7.

10.125 in.

16.25 in.

Hasp attached to door

Hasp attached to body

Side view of
assembled hasp
scale 2:5:1

16.25 in.

Notes:
1. 

Cabinet dimensions inside: 16”H x 16”W x 10”D

2. 

Stainless steel padlockable hasp

3. 

Stainless steel hinge

4. 

Screened louvers on door for ventilation

5. 

13.000 x 14.125 back panel

6. 

Mounting slots designed for use with 2-4” U-bolts

7. 

A standard combination lock or padlock with a 7.2-8.7mm diameter shackle should be used to keep door
closed and sealed; a bolt that meets sizing requirements can be used; however, this option is less secure and
can result in unwanted tampering

8.

System must be grounded per NEC/CEC and local requirements

9.

Ensure that battery terminal leads and wiring do not short out against sides of enclosure; battery should be
positioned upright
Note: Solar panel instrumentation and antenna cables should enter at bottom of enclosure to minimize
moisture from entering enclosure

TOP

BOTTOM

Note: Mount enclosure as shown to prevent
water from entering vents.

Charge controller

Breakers or

Circuit

Protectors

SS U-Bolt

SS U-Bolt

Radio

WARNING

To prevent injury, death, or damage to your photovoltaic system,
extreme caution should be taken whenever entering the control cabinet
due to energized components.
Photovoltaic panels generate power whenever exposed to ANY light.
Cover the panel entirely prior to wiring or servicing with an opaque
cover.
Batteries are intended to store energy, and will shock, spark, or explode
if the terminals are touched or crossed.
Prior to installation or servicing, switch all disconnects to OFF position
and use only insulated tools.

CAUTION

For optimal performance and electrical safety, the battery must ALWAYS

be positioned upright in the control box.

Terminal

Strip

Summary of Contents for Crouse-Hinds IF 1589

Page 1: ...electricity as direct current For nighttime and low ambient light level situations the load is provided by the battery back up of the system This battery is charged via a controller by the photovolta...

Page 2: ...ion SOL 20W 12V 36 WR 3R 20 Watt 12 VDC 36 Ahr Included 16 x 16 x 10 Ordinary Location SOL 20W 12V 48 WR 3R 20 Watt 12 VDC 48 Ahr Included 16 x 16 x 10 Ordinary Location SOL 30W 12V 36 WR 3R 30 Watt 1...

Page 3: ...47 6 Width 21 1 Depth 1 97 Weight 17 0 lbs Clear anodized aluminum alloy 6063T6 frame 40 C to 85 C Solar Regulator Regulator Voltage range 6V to 25V Negative ground 8 10 mA power consumption Length 6...

Page 4: ...nless steel bolts nuts and washers supplied 4 Install the lower side panel arms to the mounting feet and finally to the upper panel arms as shown to create an offset V shape using four 4 5 16 stainles...

Page 5: ...ounded to NEC CEC code Note separate ground rod may be required if pole is not suitable for grounding Figure 3 MOUNTING STRUCTURE SIDE OF POLE LARGE SOLAR PANELS See table on page 7 for mounting angle...

Page 6: ...IF 1589 08 09 Copyright 2009 Cooper Industries Inc Page 6 Figure 4 Mounting Structure Side of Pole Small Solar Panels...

Page 7: ...e Solar Array Inclination Angle 0 9 15 10 20 Latitude 5 21 45 Latitude 10 46 65 Latitude 15 Mounting Structure Side of Pole Small Solar Panels Continued Pole must be grounded to meet NEC CEC and local...

Page 8: ...eel padlockable hasp 3 Stainless steel hinge 4 Screened louvers on door for ventilation 5 13 000 x 14 125 back panel 6 Mounting slots designed for use with 2 4 U bolts 7 A standard combination lock or...

Page 9: ...peration is occurring The connectors are made to accept up to AWG 10 clamped to 20 inch pounds This connection is normally made at the factory If the battery becomes disconnected the photovoltaic modu...

Page 10: ...er Industries Inc Page 10 CB1 5A CB2 5A GND SOLARPANEL 1 2 3 4 BATTERY SURGEPROTECTOR GND GND OPTIONAL 5 6 CB3 5A ChargeController SS6L 12V Solar Battery Load GROUNDINGLUG CustomerLoad 12VDC Ground Wi...

Page 11: ...orrosion and or insects 4 Check that airflow around the controller battery and photovoltaic module is not impeded for cooling and ventilation 5 Verify that water is not collecting inside of the enclos...

Page 12: ...t a faulty load to the kit Check if contacts are excessively corroded Consult Cooper Crouse Hinds Customer Service for proper cleaning procedures or replace Check if circuit protectors are in the ON o...

Page 13: ...is not drawing more current than the panel can provide Bad battery Check if battery voltage declines at night with no load if battery is unable to maintain its voltage battery may need to be replaced...

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