B08_Attach_18_Product_Data_basis_of_estimate.pdf

ACAD 312255

Rehabilitate Schoodic Water and Wastewater Systems

Product Files

Definition: Product literature (data, cut sheets, product information, etc.) for all specified products, materials, and equipment.

01 Pre-manufactured Wellhouse

02 Generator

03 Well Pump

04 Wastewater Pumps

05 Hatches, Safety Grate, Davit Arm and Base

06 Instrumentation

07 Post Hydrant

08 Sewer Monument

01 Pre-manufactured Wellhouse

01A, 01B, 01C Pre-Manufactured Building 01D Bilco Roof Hatch

01E Heater

WARNING: Windy, wet, icy and all inclement weather conditions must be considered by the user of this door. Use caution at all times. Depending upon door size, configuration, and surrounding conditions, good judgement may suggest the use of two persons to operate the door. When the door is open, the opening shall be constantly attended by someone.

OPERATION AND

MAINTENANCE INSTRUCTIONS

OPERATION

Opening from above:

With the key furnished, remove the slot-ted screw plug and insert the square shaft of the key through the door and into the latch. Turn key to withdraw latch tongue and lift the door by the key handle or its edge. Move door to its full open position (full open position is reached when the door will not travel any further in either direction). If double door, open the secondary door by grasping the lead-ing edge of the door and lift to the full open position.

Closing from above:

Grasp the red vinyl grip and urge it to-ward the direction of closing while at the same time pull or push on the edge of the door. Close door onto the frame. If double door, close secondary door first as instructed above and then close the primary door. Replace the slotted screw plug.

Opening from below:

Turn latch handle and raise door to its full open position. (Full open position is reached when the door will not travel any further in either direction.) If double door, raise secondary door from above.

Closing from below:

Depending upon door configuration and size, its location and use, it may be de-sirable to begin the closing procedure from above (grasp the red vinyl grip and urge it toward the direction of closing) and start door closure prior to descend-ing. The procedure used is dependant upon the particular application and sur-rounding conditions. If double door, the secondary door shall be closed from above.

MAINTENANCE

Clear any dirt or debris from the frame area which would prevent the door from seating on the frame when closed.

Channel-shaped frames (on doors so equipped) should be cleaned periodically to assure unobstructed flow of water to the drain outlet.

Occasional lubrication of all pivoting joints, latch, and rear portion of lower tubular spring housings (if applicable) is recommended.

Steel Doors:

An alkyd base red oxide primer has been applied at the factory to non-galvanized doors. It is recommended that an alkyd base enamel finish coat, in the desired color, be applied after installation. Addi-tional coatings should be applied when needed to insure maximum service life.

Aluminum Doors:

Mill finish aluminum, no maintenance required. Aluminum can be washed pe-riodically if needed or desired to main-tain the appearance of the door.

LBL24

cadetheat.com Tel: 360-693-2505 PO Box 1675 Vancouver, WA 98668-1675

Benefits You Can Depend On

SAVE THESE INSTRUCTIONS

Com-Pak Heater Owner’s Guide

1” 2.54

9” 22.86

Side Grill Front Wall Can Side

Wall Can Bottom

12” 30.48

10” 25.4

111/8” 28.26

3¼” 8.26

1¼” 3.18

1¾” 4.45

1¼” 3.18

3”

7.62 4”

10.16

7 7/8” 20.00

10” 25.4

12” 30.48

111/8” 28.26

3” 7.62

14½” 36.83

16¼” 41.27

1” 2.54

4” 10.16

7/8” 2.22

Side Grill Front

Wall Can Bottom

Wall Can Side

• DUAL SAFETY FEATURES

Primary: “power reset” thermal switch Secondary: over temperature thermal fuse

• Heating element style quickly warms your room, and quickly cools when heater is not in use

• Common sense components designed with you in mind

1. NO sharp edges

2. Corrosion resistant

3. Easy to install heater, one screw

4. Easy to install wall can

• Your Cadet heater has been thoroughly tested and is guaranteed with a 2 year extended warranty

(1) Standard built-in thermostat is single pole and has no “OFF” position.

(2) 240 volt models can be used at 208 volts. Wattage equals 75% of 240v rated wattage.

Com-Pak Models Line

Voltage Model w/o

Thermostat Model w/

Thermostat (1) Watts Amps

CS051 CS051T 500 4.2

CS101 CS101T 1000 8.3

CS151 CS151T 1500 12.5

CS058 CS058T 500 2.4

CS078 CS078T 750 3.6

CS108 CS108T 1000 4.8

CS118 CS118T 1100 5.3

CS158 CS158T 1500 7.2

CS208 CS208T 2000 9.6

240 (2)

CS052 CS052T 500 2.1

CS072 CS072T 750 3.1

CS102 CS102T 1000 4.2

CS122 CS122T 1250 5.2

CS152 CS152T 1500 6.3

CS202 CS202T 2000 8.3

Com-Pak Twin Models Line

Voltage Model w/o

Thermostat Model w/

Thermostat (1) Watts Amps

CST308 CST308T 3000 14.4

CST408 CST408T 4000 19.2

240 (2)

CST102 CST102T 1000 4.2

CST152 CST152T 1500 6.3

CST202 CST202T 2000 8.3

CST302 CST302T 3000 12.5

CST402 CST402T 4000 16.7

TOOLS REQUIRED:

• Phillips Screwdriver

• Straight Screwdriver

• Wire Strippers

• Utility Knife

• (4) 1 1/2“ Wood Screws

• Insulated Wire Connectors

• (1) Strain Relief Connector http://www.cadetheat.com/products/wall-heaters/com-pak

Com-Pak

Com-Pak Twin

Com-Pak and Com-Pak Twin

Models Without Thermostat

*Wall Thermostat Required

Com-Pak and Com-Pak Twin

Models With Thermostat

*Wall Thermostat Not Required

Built-in Thermostat Rating Label http://www.cadetheat.com/products/wall-heaters/com-pak

SAVE THESE INSTRUCTIONS

cadetheat.com Tel: 360-693-2505 PO Box 1675 Vancouver, WA 98668-1675

IMPORTANT INSTRUCTIONS

Wiring Diagram

Heating Element

Model CS

Over-Temperature Fuse

Motor

Heater with built-in thermostat

MANUAL POWER RESET

HIGH TEMPERATURE LIMIT

Model CST

MANUAL POWER RESET

HIGH TEMPERATURE LIMIT

MANUAL POWER RESET

HIGH TEMPERATURE LIMIT

Heating Element

Over-Temperature Fuse

Heating Element

Over-Temperature Fuse

Motor Motor

Heater with built-in thermostat

WITH DOUBLE-POLE WALL

THERMOSTAT ALTERNATE

WITH SINGLE-POLE WALL

THERMOSTAT ALTERNATE

To/From Heater

To/From Heater

1. Read all instructions before installing or using this heater.

2. WARNING

Risk of Fire. This heater is hot when in use.

Caution—High Temperature. Risk of Fire. Keep electrical cords, drapery, furnishings, and other combustibles at least 3 feet from the front of the heater and 6 inches above and on both sides.

3. WARNING

Burn Hazard. To avoid burns, do not let bare skin touch hot surfaces. Extreme caution is necessary when any heater is used by or near children or invalids and whenever the heater is left operating and unattended.

4. WARNING

Risk of Electrical Shock. Do not operate any heater after it malfunctions. Disconnect power at service panel and have heater inspected by a qualified electrician before reusing.

5. WARNING

Do not use outdoors.

6. To disconnect heater, turn controls to off, and turn off power to heater circuit at main disconnect panel.

7. WARNING

Risk of Electrical Shock. Do not insert or allow foreign objects to enter any ventilation or exhaust opening as this may cause an electric shock or fire, or damage the heater.

8. WARNING

Risk of Fire. To prevent a possible fire, do not block air intakes or exhaust in any manner.

9. WARNING

Fire or explosion may occur. A heater has hot and arcing or sparking parts inside. Do not use it in areas where gasoline, paint, or flammable vapors or liquids are used or stored.

10. Use this heater only as described in this manual. Any other use not recommended by the manufacturer may cause fire, electrical shock, or injury to persons.

11. The heater must be properly installed before it is used.

12. WARNING

Risk of Electrical Shock and Fire. Do not operate without grill.

13. Save these instructions.

WARNING

When using electrical appliances, basic precautions should always be followed to reduce the risk of fire, electric shock, and injury to persons, including the following:

See insets for heater wiring without built-in thermostat

INSTALLATION INSTRUCTIONS

STRAIN RELIEF

CONNECTOR

KNOCK-OUT

(TWIST TO REMOVE)

SUPPLY WIRE

GROUNDING

SCREW

1. WARNING

Verify that the electrical supply wires are the same voltage as the heater.

2. If replacing an existing heater, check the label of the old heater.

3. All electrical work and materials must comply with the National Electric Code (NEC), the Occu-pational Safety and Health Act (OSHA), and all state and local codes.

4. If you need to install a new circuit or need addi-tional wiring information, consult a qualified elec-trician.

5. Use copper conductors only.

6. WARNING

Risk of Electrical Shock. DO NOT install the heat-er directly above bathtub or sink. DO NOT install in shower stall area (Manufacturer recommends a minimum 2 foot clearance).

7. Heater must be installed in a wall can:

Model CS Wall Can CC Model CST Wall Can WC1

8. WARNING

Risk of Fire. DO NOT install the heater in a floor, in the ceiling, below a towel bar, behind a door, or anywhere the air discharge may be blocked in any manner.

9. WARNING

Fire or Explosion May Occur. A heater has hot and arcing or sparking parts inside. Do not use it in areas where gasoline, paint, or flammable va-pors or liquids are used or stored.

10. WARNING

Risk of Electrical Shock. Connect grounding lead to grounding screw provided. Keep all foreign ob-jects out of heater.

11. WARNING

Risk of Fire. This heater is hot when in use.

Caution—High Temperature. Risk of Fire. Keep electrical cords, drapery, furnishings, and other combustibles at least 3 feet from the front of the heater and 6 inches above and on both sides.

__________________________ Part One __________________________ PLACEMENT: Install the Com-Pak, model CS, vertically (recommended), horizontally, or in the ceiling. For ceiling mounting, refer to instructions on page 4. The Com-Pak Twin (Model CST) must be installed with the arrows in the wall can pointing upwards.

THERMOSTAT: A wall thermostat is required for models without a built-in thermostat. A Cadet electronic thermostat is recommended for ultimate control and comfort.

REQUIRED MINIMUM distance of 6 inches from adjacent surfac-es and 4-1/2 inches from the floor (See Figures 4 & 5). How-ever, Cadet RECOMMENDS 12 inches from adjacent surfaces and floor for longer and cleaner performance. Heaters must be spaced at least 3 feet apart.

Review the wall can label for correct direction (as noted by the UP arrows) before mounting the wall can to the stud. In the VERTI- CAL mounting position the element of the heater assembly will be at the TOP. In the HORIZONTAL mounting position the element of the heater assembly will be to the LEFT.

Model CS: Keeping front of the wall can flush with the finished wall surface (See Figure 1), secure the wall can to the stud with 2 screws (not included) through holes provided in the wall can. The rubber shim provided may be attached to the side of the wall can to square the wall can to the stud (See Figure 2).

Model CST: Keeping front of the wall can flush with the finished wall surface (See Figure 1), secure the wall can to both wall studs with 4 screws (not included) through holes provided in the wall can.

How do I install for new construction?

STEP 1 Mount The Wall Can

Figure 1 Figure 2 Face of wall can must extend 1/2 inch or 5/8 inch from face of stud to allow for thickness of sheetrock.

Attach wall can to stud with screws. (Model CS shown)

STEP 2 Route Supply Wires Route supply wire from the circuit breaker, to the thermostat, to the wall can. For models with a built-in thermostat, route supply wire from the circuit breaker to the wall can. Remove a knockout from the wall can and attach the supply wire with a strain relief connector (not included) leaving a minimum of 6 inches wire lead for later use. Connect supply ground wire to grounding screw in wall can (See Figure 3). Proceed to PART TWO.

How do I install in an existing wall?

STEP 1 Cut A Hole In The Wall REQUIRED MINIMUM distance of 6 inches from adjacent surfac-es and 4-1/2 inches from the floor (See Figures 4 & 5). However, Cadet RECOMMENDS 12 inches from adjacent surfaces and floor for longer and cleaner performance. Heaters must be spaced at least 3 feet apart.

Model CS: Cut a hole 8 inches wide by 10-1/4 inches high next to a wall stud.

Model CST: Cut a hole 14-5/8 inches wide by 10-1/4 inches high next to a wall stud.

STEP 2

STEP 3

Route Supply Wires

Mount The Wall Can Review the wall can label for correct direction (as noted by the UP arrows) before mounting the wall can to the stud. In the VERTI- CAL mounting position the element of the heater assembly will be at the TOP. In the HORIZONTAL mounting position the element of the heater assembly will be to the LEFT. Insert wall can into wall opening.

Model CS: Keeping front of the wall can flush with the finished wall surface, secure the wall can to the stud with 2 screws (not included) through holes provided in the wall can. The rubber shim provided may be attached to the side of the wall can to square the wall can to the stud (See Figure 2).

Model CST: Keeping front of the wall can flush with the finished wall surface (See Figure 1), secure the wall can to both wall studs with 4 screws (not included) through holes provided in the wall can.

Proceed to PART TWO.

Route supply wire from the circuit breaker, to the thermostat, to the wall can. For models with an in-built thermostat, route supply wire from the circuit breaker to the wall can. Remove a knockout from the wall can and attach the supply wire with a strain relief con-nector (not included) leaving a minimum of 6 inches wire lead for later use. Con-nect supply ground wire to grounding screw in wall can (See Figure 3).

Figure 3

INSTALLATION INSTRUCTIONS (continued)__________________________ Part One __________________________

Figure 5 Model CST

Figure 4 Model CS

How do I install for a ceiling mount?

Mount The Wall CanSTEP 1

Important:

1. For models up to 1,500 Watts – MAXIMUM.

2. Do not mount the heater in low-density fiber board or false ceilings.

3. Models with a built-in thermostat are not recommended.

REQUIRED MINIMUM distance of 6 inches from adjacent surfaces (See Figure 6). However, Cadet RECOMMENDS 12 inches from adjacent surfaces for longer and cleaner performance.

Secure the wall can to studs/rafters on opposite sides (See Fig-ures 6 and 7) with 4 screws (not provided). The face of the wall can must extend 1/2 or 5/8 inch from face of rafters to allow for thickness of sheetrock.

Route Supply WiresSTEP 2 Important: Supply connections must use wires suitable for at least 167˚F (75˚C).

Route supply wire from the circuit breaker, to the thermostat, to the wall can. Remove a knockout from the wall can and attach the supply wire with a strain relief connector (not included) leaving a minimum of 6 inches wire lead for later use. Connect supply ground wire to grounding screw in wall can (See Figure 3). Pro-ceed to PART TWO.

__________________________ Part Two __________________________ After you have followed all instructions in PART ONE you are ready to install the heater assembly.

STEP 1STEP 1

How do I insert the heater assembly into the wall can?

Install Heater AssemblySTEP 1

Install GrillSTEP 2 Secure grill with the screws provided. If you have a built-in thermo-stat model, slide thermo stat knob onto shaft. Turn power on at the electrical panel board.

Warranty is void if any material is sprayed on the element or blower.

Use a paint mask to cover any exposed areas of the heater if walls are to be textured or painted.

Turn the heater face down, element facing down and the motor facing you. Connect the supply wires to the heater wires with wire connectors (not included) (See Figure 8). Rotate the heater up so that the element and fan are facing you, with the fan below the ele-ment. Insert the bottom edge of the heater assembly into the tabs in the bottom lip of the wall can (See Figure 9).

Important: Push wires into bottom of wall can during insertion. Be sure that supply wires are not caught between motor and wall can.

Attach heater assembly at top with screw provided.

Figure 6 (Model CS shown)

Figure 7 (Model CS shown)

Figure 8

Figure 9

OPERATING INSTRUCTIONS

Resetting the Manual Power Reset Limit Control

Warranty

How to operate your heater The room temperature is controlled by a line voltage thermostat located either on the wall, or at the lower left on the heater (See Page 1; In-built Thermostat).

1. Once installation is complete and power has been restored, turn the thermostat knob fully clockwise.

2. When the room reaches your comfort level, turn the thermo-stat knob counterclockwise until the heater turns off. The heater will automatically cycle around this preset temperature.

3. To reduce the room temperature, turn the knob counterclock-wise. To increase the room temperature, turn the knob clockwise.

Over Temperature-Limiting Controls If normal operating temperatures are exceeded (due to abnormal circumstances), the heater has two temperature-limiting controls (for Model CST, four controls are used). Both limiting controls are located on the element assembly. The first is a manual power reset limit control, designed to open the heater circuit when ex-cessive operating temperatures are detected. The problem must be assessed and the limit must be reset to resume operation.

Further protection is provided by a secondary over-temperature fuse, which will open the heater circuit in severe over-tem-perature conditions, or in the event of component failure. If this occurs, the heater must be repaired or replaced.

If the manual power reset limit has opened the heater circuit due to excessive operating temperatures, the heater will not work until it is reset. This can be done at the thermostat or the circuit breaker controlling the heater.

1. Lower the temperature on the thermostat below room tempera-ture.

2. Allow the unit to cool for at least 20 minutes.

3. Resolve the problem causing the limit to trip (typically the heat-er is blocked or needs cleaning, see Maintenance Instructions).

4. Raise the temperature on the thermostat back above room temperature. The heater should come back on. If it does not come back on, reset heater at the circuit breaker, using directions below.

An additional 20 minute waiting period is required every time the power is turned off. Restoring power, even briefly, will heat the limit even though the heater does not come on.

5. The heater is now functional and the thermostat can be reset to your comfort level.

1. Trip the breaker by switching it to the OFF position.

2. Allow the unit to cool for at least 20 minutes.

3. Resolve the problem causing the limit to trip (typically the heat-er is blocked or needs cleaning, see Maintenance Instructions).

4. Restore power to the heater by switching the breaker to the ON position.

5. Raise the temperature on the thermostat above room tempera-ture. The heater should come back on. An additional 20 minute waiting period is required every time the power is turned off.

Restoring power, even briefly, will heat the limit even though the heater does not come on.

6. The heater is now functional and the thermostat can be reset to your comfort level.

Note that resetting the manual power reset control may not restore heater operation if a severe over-temperature condition has occurred. See the Troubleshooting Guide on next page for more information.

To Reset Heater at the Thermostat To Reset Heater at the Circuit Breaker (recommended if room temperature is below 45 °)

For more effective and safer operation and to prolong the life of the heater, read the Owner’s Guide and follow the maintenance instructions. Failure to properly maintain the heater will void any warranty and may cause the heater to function improperly. War-ranties are non transferable and apply to original consumer only.

Warranty terms are set out below.

LIMITED TWO-YEAR WARRANTY: Cadet will repair or replace any Com-Pak (CS), Com-Pak Twin (CST) heater found to be defective within two years after the date of purchase.

These warranties do not apply:

1. Damage occurs to the product through improper installation or incorrect supply voltage;

2. Damage occurs to the product through improper maintenance, misuse, abuse, accident, or alteration;

3. The product is serviced by anyone other than Cadet;

4. If the date of manufacture of the product cannot be deter-mined;

5. If the product is damaged during shipping through no fault of Cadet.

6. CADET’S WARRANTY IS LIMITED TO REPAIR OR RE-

PLACEMENT AS SET OUT HEREIN. CADET SHALL NOT BE

LIABLE FOR DAMAGES SUCH AS PROPERTY DAMAGE OR

FOR CONSEQUENTIAL DAMAGES AND/OR INCIDENTAL EX-

PENSES RESULTING FROM BREACH OF THESE WRITTEN

WARRANTIES OR ANY EXPRESS OR IMPLIED WARRANTY.

7. IN THE EVENT CADET ELECTS TO REPLACE ANY PART

OF YOUR CADET PRODUCT, THE REPLACEMENT PARTS

ARE SUBJECT TO THE SAME WARRANTIES AS THE PROD-

UCT. THE INSTALLATION OF REPLACEMENT PARTS DOES

NOT MODIFY OR EXTEND THE UNDERLYING WARRANTIES.

REPLACEMENT OR REPAIR OF ANY CADET PRODUCT OR

PART DOES NOT CREATE ANY NEW WARRANTIES.

8. These warranties give you specific legal rights, and you may also have other rights which vary from state to state. Cadet nei-ther assumes, nor authorizes anyone to assume for it, any other obligation or liability in connection with its products other than as set out herein.

If you believe your Cadet product is defective, please contact Cadet Manufacturing Co. at 360-693-2505, during the warranty period, for instructions on how to have the repair or replacement processed. Warranty claims made after the warranty period has expired will be denied. Products returned without authorization will be refused.

Parts and Service Visit cadetheat.com/parts-service for information on where to obtain parts and service.

Reduce-Reuse-Recycle This product is made primarily of recyclable materials. You can reduce your carbon footprint by recycling this product at the end of its useful life. Contact your local recycling support center for further recycling instructions.

WARNING Risk of Electrical Shock and Fire.

The heater must be properly installed before it is used.

1. Do not operate without grill.

2. Keep electrical cords, drapery, furnishings and other combustibles at least 3 feet away from the front of the heater and 6 inches away from the sides.

3. Do not tamper with the over temperature limit control.

4. If the heater over temperature limits trip more than once per day, the heater must be replaced.

5. Clean heater at least every six months.

6. After allowing the heater to cool, turn power off at circuit breaker panel before removing grill.

7. Use a hair dryer or vacuum on blow cycle to blow debris through the top element (do not touch element).

8. Install the grill before turning on power.

WARNING: Any other service not detailed in this Owner’s Guide should be performed by an authorized service representative.

Troubleshooting Chart

Symptom Problem Solution

MAINTAINING YOUR HEATER

WARNING! Before removing grill, turn the electrical power off at the electrical panel board (circuit breaker or fuse box). Lock or tag the panel board door to prevent someone from accidentally turning the power on while you are working on the heater. Failure to do so could result in serious electrical shock, burns, or possible death.

WARNING: Any other service not detailed in this Owner’s Guide should be performed by an autho-rized service representative.

*CONSULT LOCAL ELECTRICAL CODES TO DETERMINE WHAT WORK MUST BE PERFORMED BY QUALIFIED

ELECTRICAL SERVICE PERSONNEL.

Breaker trips immediately upon energiz-ing heater.

1. Incorrect supply voltage.*

2. Overloaded circuit.*

3. A short circuit exists in the supply or heater wiring.*

4. Defective circuit breaker.*

1. Verify that supply voltage matches the heater rating.

2. The total amperage of all heaters on a branch circuit must not be more than 80% of the amperage rating of the circuit breaker and supply wire ratings. Use a lower wattage heater, or reduce the number of heaters on the circuit.

3. Shorted supply or heater wires may be accompanied by severe sparking.

Inspect all supply and heater wiring insulation for damage. Do not reset the circuit breaker until all electrical shorts have been repaired.

4. Replace the circuit breaker.

Heater fan operates, but does not discharge warm air.

1. Insufficient element temperature.

2. Incorrect supply voltage.*

3. Element has failed.*

4. (Model CST only) One of the heater units over temperature con-trols must be reset.

1. Allow a few moments for element to reach operating temperature.

2. Verify that supply voltage matches the heater rating.

3. Replace element.

4. CST models have two heating units with independent over-temperature controls. One of the high-temperature manual power reset controls may trip and cut power to one of the heating units, while the other remains running, resulting in only half output. Reset the heater unit (see “Operating” section for “Resetting the Manual Power Reset Limit Control”).

Heater will not shut off.

1. Heat loss from room is greater than heater capacity.*

2. Defective thermostat.

3. Thermostat wired incorrectly to heater.*

1. Close doors and windows. Provide additional insulation, or install a higher wattage heater or multiple heaters if necessary. (If your circuit is rated for more capacity.)

2. Adjust thermostat to its lowest setting. If heater continues to run (allow two minutes for the thermostat to respond), and room temperature is greater than 50˚; replace the thermostat.

3. Refer to thermostat documentation and correct wiring.

Heater discharges smoke or emits a burnt odor.

1. Dust, lint or other matter has accumulated inside heater.

2. Poor or loose electrical connec-tions.

1. Clean heater (see “Maintenance” section above for instructions).

2. Turn off power at circuit breaker. Inspect all supply and heater wire connec-tions to make sure nothing is loose or poorly connected. Secure or reconnect all loose connections. Do not reset circuit breaker until all connections have been checked and repaired.

Element heats for a moment with-out the fan turning, then immediately stops heating.

1. Defective motor or internal connection.*

2. Fan or motor jammed.

1. Heater or fan motor requires replacement.

2. Remove obstruction and follow instructions in the “Operating” section for “Resetting the Manual Power Reset Limit Control.” Test heater operation. If heater does not run, heater requires repair or replacement.

Heater does not run.

1. Thermostat set too low.

2. Heater has tripped the power reset high-temperature control.

3. Heater has tripped the second-ary over-temperature fuse.

4. Power not on at the circuit breaker.

5. Broken or poorly connected wire(s) to heater.

6. Defective thermostat.

1. Adjust thermostat to a higher temperature until heater operates (see Problem #6 if the problem persists).

2. Follow instructions in the “Operating” section for “Resetting the Manual Pow-er Reset Limit Control.” If room temperature is below 45˚, see “Reset Heater at the Circuit Breaker” instructions.

3. A severe over-temperature condition has occurred. Repair or replace heater.

4. Turn on the correct circuit breaker in the main panel.

5. Turn off power at circuit breaker. Check supply wire continuity and proper connection to heater wires.

6. The entire heater, or any of its components may be checked for continuity to determine the cause of any problems. Repair or replace the heater or thermo-stat.

Maintenance As Needed, or every six months minimum.

1. It is important that you verify power has been turned off and no power is going to the heater before proceeding. Circuit breakers are often not marked correctly and turning the wrong breaker off could mean electricity is flowing to the heater, even if the heater does not appear to be working. If you are uncomfortable working with electrical appliances, unable to follow these guidelines, or do not have the necessary equipment, consult a qualified electrician.

2. Once you verify the power has been turned off correctly, pro-ceed to the next step.

3. Remove thermostat knob (if any), screws and take off grill.

4. Wash grill with hot soapy water and dry immediately.

5. While holding fan (to avoid damage or bending), use a hair dryer or vacuum on blow cycle to blow debris through the top element (do not touch element).

6. Vacuum fan area without touching the elements.

7. Do not lubricate motor.

8. Replace grill and secure with screws. Replace thermostat knob.

9. Turn thermostat to desired setting.

10. Turn power back on at the electrical panel board.

©2014 Cadet Printed in USA Rev 07/14 #730021Page 6

MULTIPURPOSE BUILDINGS

SIMPLE TO INSTALL

CXT® buildings require minimal site preparation and can typically be in use on the day of installation.

READY TO USE

Our buildings are prefabricated and delivered complete and ready to use, including plumbing and electrical where applicable.

EASY TO MAINTAIN

Our interiors are designed to resist abusive wear and can be cleaned quickly with warm soapy water and a brush.

www.cxtinc.com 800.696.5766

Engineered to withstand snow, wind, flood, and zone-4 seismic loads.

CONCESSION WITH STORAGE PUMP STATION STORAGE BUILDING

GUARD STATION UTILITY BUILDING

Floor plans for reference only.

� Vandal resistant building and toilet components

� 4” thick steel reinforced concrete walls

� 5” thick steel reinforced concrete roof and floors

� Will not rot, rust or burn

� Available in 28 different colors

� Custom textures and colors also available

UTILITIES

� Pre-wired, pre-plumbed, and tested before shipping to meet local code requirements.

� Concealed within the chase/storage area for easy hook up and maintenance, and to reduce vandalism.

HOOK UP AND INSTALLATION

� Minimal site work is required.

� Water, sewage and electrical utility lines are stubbed up through the prepared base material to match up with the utility blockout within the floor of the chase area.

� Hookup of the three utility lines can be completed in a matter of hours.

www.cxtinc.com � 800.696.5766

Contract GS-07F-0602N Contract # 081721-CXT

© 2021 CXT Incorporated All rights reserved. CXT Incorporated is a wholly owned subsidiary of L.B. Foster Company.

SAMPLE FLOORPLANS

Changing Stations

Building with Roll Up Window

Ticket Booth

SPECIFICATIONS

SCHWEITZER BUILDING STYLE

CXT Incorporated Page 1 of 8 Schweitzer Multi-Purpose Building Specifications Revised March 2022

1.0 SCOPE

This specification covers the construction and placing of precast Schweitzer multi-purpose buildings as produced by CXT® Incorporated.

2.0 SPECIFICATIONS

ASTM C33 Concrete Aggregates ASTM C39 Method of Test for Compressive Strength of Cylindrical Concrete Specimens ASTM C94 Standard Specification for Ready-Mixed Concrete ASTM C143 Method of Test for Slump of Concrete ASTM C150 Standard Specification for Portland Cement ASTM C172 Standard Practice for Sampling Freshly Mixed Concrete ASTM A185 Standard Specification for Steel Welded Wire Reinforcement, Plain, or Concrete ASTM C192 Method of Making and Curing Test Specimens in the Laboratory ASTM C231 Standard Test Method for Air Content of Freshly Mixed Concrete by the Pressure

Method ASTM C309 Standard Specifications for Liquid Membrane-Forming Compounds for Curing

Concrete ASTM C494 Standard Specification for Chemical Admixtures for Concrete ASTM A615 Standard Specification for Deformed and Plain Carbon-Steel bars for Concrete

Reinforcement ASTM C618 Standard Specification for Coal Fly Ash and Raw or Calcined Natural Pozzolan for

Use in Concrete ASTM C979 Standard Specification for Pigments for Integrally Colored Concrete ASTM D1557 Standard Test Methods for Laboratory Compaction Characteristics of Soil Using

Modified Effort ACI 211.1 Standard Practice for Selecting Proportions for Normal, Heavyweight, and Mass

Concrete ACI 306 Cold Weather Concreting ACI 318 Building Code Requirements Structural Concrete and Commentary (includes

Errata) PCI MNL 116 Quality Control for Plants and Production of Precast Prestressed Concrete

Products

3.0 MANUFACTURER CRITERIA

The manufacturer supplying the requested precast concrete vault facility must meet the following:

A. Manufacturer must be ISO 9001 certified at the time of bid.

B. Manufacturing plant must be PCI certified at the time of bid.

C. Manufacturer must not have defaulted on any contract within the last five (5) years.

D. Manufacturer must provide stamped, engineered drawings prior to acceptance.

E. Manufacturer must be pre-approved prior to bidding.

CXT Incorporated Page 2 of 8 Schweitzer Multi-Purpose Building Specifications Revised March 2022

F. Manufacturer must show five (5) examples of past buildings produced.

G. Manufacture shall provide a one (1) year warranty.

H. UL 752 Bullet Resistance on 4” thick concrete samples.

Manufacturer meeting these criteria is:

CXT Incorporated 6701 E. Flamingo Avenue, Building 300 Nampa, ID 83687 Phone 800-696-5766

4.0 DESIGN CRITERIA

The buildings have been designed to individually meet the following criteria. Calculations and engineer’s stamped drawings are available, for standard buildings, upon request by the customer and are for their sole and specific use only. The design criteria are to ensure that they not only will withstand the forces of nature listed below but will provide protection from vandalism and other unforeseen hazards. Building will be manufactured using precast concrete including the roof.

Building’s structural and foundation design will be relevant to the region and properties associated with its final placement. Design will also meet all applicable accessibility and building code requirements. Vault buildings will also meet various structural loads such as below, but not limited to/or restricted by them.

A. Roof Snow Load

1. The buildings are designed to withstand a 350 pounds per square foot snow load.

B. Floor Load

1. The buildings are designed to withstand 400 pounds per square foot floor load.

C. Wind Load

1. The buildings will withstand the effects of 150 miles per hour (3-second gust) wind exposure C.

D. Earthquake

1. The buildings will withstand the effects of a seismic design category E earthquake.

E. Additional Design Standards

1. The buildings are an all concrete design with a minimum 3/12 roof pitch.

2. The buildings shall have a minimum 4” wall, 4½” roof, and 5” floor thickness.

3. All wall to floor interior surface seams shall have a minimum 1” radius coving made of high strength grout.

5.0 MATERIALS

A. Concrete – General

1. The concrete mix design is designed to ACI 211.1 to produce concrete of good workability.

2. Concrete will contain a minimum of 675 pounds of cementitious material per yard. Cement is a low alkali type I/II or III conforming to ASTM C-150.

3. Coarse aggregates used in the concrete mix design will conform to ASTM C33 with the designated size of coarse aggregate #67.

4. Maximum water/cement ratio will not exceed .45.

CXT Incorporated Page 3 of 8

5. Air-entraining admixtures will conform to ASTM C260. Water reducing admixtures will conform to ASTM C494, Type A.

6. If Self Compacting Concrete (SCC) is used, it must conform to ASTM C1611.

B. Concrete – Cold Weather

1. Cold weather concrete placement is in accordance with ACI 306.

2. Concrete will not be placed if ambient temperature is expected to be below 35ºF during the curing period unless heat is readily available to maintain the temperature of the concrete at least 50ºF.

3. Materials containing frost or lumps of frozen materials will not be used.

C. Concrete – Hot Weather

1. The temperature of the concrete will not exceed 90ºF at the time of placement. When the ambient reaches 90ºF the concrete is protected with moist covering.

D. Concrete Reinforcement

1. All reinforcing steel will conform to ASTM A615. All welded wire fabric will conform to

ASTM A185.

2. All reinforcement is new, free of dirt, oil, paint, grease, loose mill scale and loose or thick rust when placed.

3. Details not shown on drawings or specified are to ACI318.

4. Steel reinforcement is centered in the cross-sectional area of the walls and will have at least 1¼” of cover on the under surface of the floor.

5. The maximum allowable variation for center-center spacing of reinforcing steel is ½”.

6. Full lengths of reinforcing steel are used when possible. When splices are necessary on long runs, splices are alternated from opposite sides of the components for adjacent steel bars.

a. Lap bars under #4 a minimum of 12” bar diameters.

b. Lap bars larger than #4 a minimum of 24” bar diameters.

7. Reinforcing bars are bent cold. No bars partially embedded in concrete are field bent unless approved by the customer.

E. Caulking, Grout, Adhesive and Sealer

1. Caulking service temperatures from -40ºF to +194ºF.

2. Interior and exterior joints are caulked with a paintable polyurethane sealant.

3. Grout is a non-shrink type and are painted to match the color of surrounding concrete as nearly as possible.

4. Cement base coating is formulated with a very fine aggregate system and is a built-in bonding agent.

F. Dead Bolt

1. Certified ANSI/BHMA A156.5-2001 Grade 1.

2. Heavy duty tamper resistant.

3. 2¾” backset.

4. U.S. 26D finish.

CXT Incorporated Page 4 of 8

G. Doors – Steel

1. Doors are flush panel type 1¾” thick, minimum 16-gauge galvanized steel, top painted with DTM ALKYD.

2. Door frames are knockdown or welded type, single rabbet, minimum 16-gauge prime coated steel top painted with DTM ALKYD, width to suit wall thickness.

3. Three (3) rubber door silencers are provided on latch side of frame.

H. Door Hinges

1. Three (3) per door with dull chrome plating 4½” x 4½”, adjustable tension, and automatic closing for each door.

I. Doorstop

1. Dome style stop meeting ANSI 156.16.

J. Door Sweep

1. Provided at the bottom of door with an adjustable brush.

K. Lockset

1. Meets ANSI A156.2 Series 4000, Grade 1 cylindrical lockset for exterior door.

2. Lever handle both inside and out.

3. Either handle operates latch unless outside handle is locked by inside push-button.

4. Push-button will automatically release when inside lever handle is turned or door is closed.

5. Emergency slot on exterior so door can be unlocked from the outside with a coin, screwdriver, etc.

6. Inside lever always active.

7. U.S. 26D finish.

L. Paint

1. All paints and materials will conform to all federal specifications or be similar “top-of-the-line-components.”

2. Paints will not contain more than .06% by weight of lead.

3. Type of paints for toilets.

a. Inside concrete surfaces.

i. Interior floors – chemical resistant urethane. The color is gray.

ii. Interior walls and ceilings – modified acrylic, water repellent penetrating stain. The color is white followed by a clear acrylic anti-graffiti sealer.

b. Exterior concrete surfaces.

i. Exterior slab – clear sealer.

ii. Exterior walls and roof – water repellent penetrating stain in the same color as the walls or roof followed by a clear acrylic anti-graffiti sealer.

c. Metal surfaces (both inside and out).

i. DTM ALKYD.

M. Sealers and Curing Compounds

1. Curing compounds, if used, are colorless, complying with ASTM C309, type I or 1-D.

2. Weatherproofing sealer for exterior of building are a clear water repellent penetrating sealer.

CXT Incorporated Page 5 of 8

N. Wall Vent

1. Vent cover is 14-gauge, type 304 stainless steel painted with DTM and anchored into the concrete wall with high strength anti-rust tap con fasteners.

2. Vent louver frame and louvers are non-vision, .1” extruded, aluminum jet coat finish.

3. Vent comes with insect screen.

4. Cover to be recessed a minimum ¾” on exterior walls with a 45-degree bevel. Interior to be flush mounted. Wall vent will not protrude from the wall.

O. Electrical

1. TBD

6.0 MANUFACTURE

A. Mixing and Delivery of Concrete

1. Mixing and delivery of concrete are in accordance with ASTM C94, Section 12.6 through

12.9.

B. Placing and Consolidating Concrete

1. Except for SCC, concrete is consolidated by the use of mechanical vibrators. Vibration are sufficient to accomplish compaction but not to the point that segregation occurs.

C. Finishing Concrete

1. Interior floor and exterior slabs are floated and troweled.

2. All exterior building walls and exterior screen walls are any one of the available textures.

3. All exterior surfaces of the roof panels are cast to simulate any one of the available textures.

The underside of the overhang will have a smooth finish.

D. Cracks and Patching

1. Cracks in concrete components which are judged to affect the structural integrity of the building are rejected.

2. Small holes, depressions, and air voids are patched with a suitable material. The patch will match the finish and texture of the surrounding surface.

3. Patching will not be allowed on defective areas if the structural integrity of the building is affected.

E. Curing and Hardening Concrete

1. Concrete surfaces will not be allowed to dry out from exposure to hot, dry weather during initial curing period.

7.0 FINISHING AND FABRICATION

A. Structural Joints

1. Wall components are joined together with two (2) welded plate pairs at each joint.

2. Each weld plate is 6” long and located one (1) pair in the top quarter and one (1) pair in the bottom quarter of the seam.

3. Weld plates are anchored into the concrete panel and welded together with a continuous weld.

4. Inside seams are a paintable caulk.

CXT Incorporated Page 6 of 8

5. Outside seams will use a caulk in a coordinating building color or clear.

6. Walls and roof are joined with weld plates, 3" x 6" at each building corner.

7. The joint between the floor slab and walls are joined with a grout mixture on the inside, a matching colored caulk on the outside and two (2) weld plates 6” long per wall.

B. Painting/Staining

1. An appropriate curing time is allowed before paint is applied to concrete.

2. Some applications may require acid etching. A 30% solution of hydrochloric acid are used, flushed with water, and allowed to thoroughly air dry.

3. Painting will not be done outside in cold, frosty, or damp weather.

4. Painting will not be done outside in winter unless the temperature is 50ºF or higher.

5. Painting will not be done in dusty areas.

6. All surface voids are filled prior to painting

7. Schedule of finishes.

a. Inside concrete surfaces.

i. Inside floors – one (1) coat of 1-part water based chemical resistant urethane.

ii. Interior walls and ceilings – two (2) coats of a modified acrylic, water repellent penetrating stain, followed by one (1) coat of clear sealer.

b. Exterior concrete surfaces.

i. Exterior walls – two (2) coats of water repellent penetrating stain in the same color as the walls or roof followed by one (1) coat of clear acrylic anti-graffiti sealer.

c. Metal surfaces (both inside and out).

i. Two (2) coats of DTM ALKYD.

8.0 TESTING

A. Testing will only be performed by qualified individuals who have been certified ACI Technician Grade 1.

B. Sampling is in accordance with ASTM C172.

C. The following tests are performed on concrete used in the manufacture of toilets. All testing is performed in the CXT (PCI certified) laboratories.

1. Air content – checked per ASTM C231 on the first batch of concrete. The air content is in the range of 5.0% +/- 1.5%.

2. Compressive strength of the cylinders – tested to ASTM C39.

a. Two (2) are tested at release (minimum strength of 2500 psi).

b. One (1) is tested at seven (7) days (minimum strength of 4500 psi).

c. Two (2) are tested at 28 days (minimum strength of 5000 psi).

D. A copy of all test reports are available to the customer as soon as 28-day test results are available.

9.0 INSTALLATION

A. Scope of Work

1. Work specified under this section relates to the placement of the unit by CXT on customer prepared foundations. See Installation Specifications or by others.

CXT Incorporated Page 7 of 8

B. Location

1. It is the responsibility of the customer to:

a. Provide exact location by stakes or other approved method.

b. Provide clear and level site free of overhead and/or underground obstructions. See

Installation Questionnaire for details.

c. Provide access to the site for truck delivery and sufficient area for the crane to install and the equipment to perform the contract requirements. See Installation Questionnaire for details.

d. Water, electrical, and sewage site connections to be placed per CXT drawings. Must be placed to easily connect to the building. See Installation Questionnaire for details.

C. Compacting

1. The bottom of the area must be compacted after it has been dug out. After the base has been placed, it must be compacted as well. The bearing of the soil and base should be a minimum of 1,500 pounds per square foot.

D. Base

1. After compacting the bottom of the area, a minimum of 6” thick and consist of ¾” minus crushed rock (i.e. road base material) compacted to 95% of optimal density in accordance with ASTM D1557. Finished surface of sub-base shall be flat and level, with a maximum deviation of -½”, +0” from a true horizontal plane.

2. The base should be placed for support, leveling and drainage purposes and also to limit frost action. The base must be confined so as to prevent washout, erosion, or any other undermining.

E. Access to Site

1. Delivery to site made on normal highway trucks and trailers. If at the time of delivery conditions of access are hazardous or unsuitable for truck and equipment due to weather, physical constraints, roadway width or grade, CXT may require an alternate site with better access provided to ensure a safe and quality installation. In any such case, additional costs for cranes, trucking, etc. will be charged to the account of the customer. See Installation Questionnaire for details.

10.0 WARRANTY—PRECAST DIVISION

CXT provides a one (1) year warranty. CXT warrants that all goods sold pursuant hereto will, when delivered, conform to specifications set forth above. Goods shall be deemed accepted and meeting specifications unless notice identifying the nature of any non-conformity is provided to CXT in writing within the specified warranty. CXT, at its option, will repair or replace the goods or issue credit for the customer provided CXT is first given the opportunity to inspect such goods. It is specifically understood that CXT’s obligation hereunder is for credit, repair, or replacement only, F.O.B. CXT’s manufacturing plants, and does not include shipping, handling, installation or other incidental or consequential costs unless otherwise agreed to in writing by CXT.

This warranty shall not apply to:

1. Any goods which have been repaired or altered without CXT’s express written consent, in such a way as in the reasonable judgment of CXT, to adversely affect the stability or reliability thereof;

2. To any goods which have been subject to misuse, negligence, acts of God or accidents; or

CXT Incorporated Page 8 of 8

3. To any goods which have not been installed to manufacturer’s specifications and guidelines, improperly maintained, or used outside of the specifications for which such goods were designed.

11.0 DISCLAIMER OF OTHER WARRANTIES

The warranty set forth above is in lieu of all other warranties, express or implied. All other warranties are hereby disclaimed. CXT makes no other warranty, express or implied, including, without limitation, no warranty of merchantability of fitness for a particular purpose or use.

12.0 LIMITATION OF REMEDIES

In the event of any breach of any obligation hereunder, breach of any warranty regarding the goods or any negligent act or omission or any party, the parties shall otherwise have all rights and remedies available at law; however, IN NO EVENT SHALL CXT BE SUBJECT TO OR LIABLE FOR ANY

INCIDENTAL OR CONSEQUENTIAL DAMAGES.

LH SIDE ELEVATION

RH SIDE ELEVATION

FRONT ELEVATION

REAR ELEVATION

WALL TO ROOF CONNECTION

WALL TO WALL CONNECTION WALL TO FLOOR CONNECTION

RIDGE CONNECTION FLOOR PLAN

ROOF PLAN

02 Generator

03 Well Pump

TECHNICAL BROCHURE

B35-85GS R3

e-GS

35GS, 45GS, 65GS & 85GS

35-85 GPM 1-10HP, 60 HZ, SUBMERSIBLE PUMPS

Preliminary Well Pump Calculations and Pump Selection ACAD 312255 Draft Schematic Design Submission

Residential Water Systems Goulds Water Technology

FEATURES

Powered for Continuous Operation: All ratings are within the working limits of the motor as recommended by the motor manufacturer. Pump can be operated continuously without damage to the motor.

Field Serviceable: Units have left hand threads and are field serviceable with common tools and readily available repair parts.

Sand Handling Design: Our face clearance, floating impeller stack has proven itself for over 50 years as a superior sand handling, durable pump design.

FDA Compliant Non-Metallic Parts: Impellers, diffusers and bearing spiders are constructed of glass filled engineered composites. They are corrosion resistant and non-toxic.

Discharge Head/Check Valve: Cast 303 stainless steel for strength and durability. Two cast-in safety line loops for installer convenience. The built-in check valve is constructed of stainless steel and FDA compliant BUNA rubber for abrasion resistance and quiet operation.

Motor Adapter: Cast 303 stainless steel for rigid, accurate alignment of pump and motor. Easy access to motor mounting nuts using standard open end wrench.

Stainless Steel Casing: Polished stainless steel is strong and corrosion resistant.

Hex Shaft Design: Six sided shafts for positive impeller drive.

Engineered Polymer Bearings: The proprietary, engineered polymer bearing material is strong and resistant to abrasion and wear. The enclosed upper bearing is mounted in a durable glass filled engineered composite bearing spider for excellent abrasion resistance.

Goulds Water Technology

NOMENCLATURE –

SOLD AS WATER ENDS ONLY

Horsepower Code

15 = 11/2

20 = 2 30 = 3

50 = 5 10 = 1 75 = 71/2

100 = 10

GPM at Best Efficiency

35 GS 20

GS Pump Series

35, 45, 65, 85

SPECIFICATIONSWATER END DATA

“GS” SERIES MATERIALS OF CONSTRUCTION

3.75"

3.90" Effective diameter with cable guard

MOTOR

W.E.

DISCHARGE 2" NPT

Series Model Required HP Stages

Water End

Length (in) Weight (lbs)

35GS

35GS10 1 6 14.2 8

35GS15 1.5 8 16.6 9

35GS20 2 10 19.1 10

35GS30 3 14 24.0 13

35GS50 5 23 36.4 20

35GS75 7.5 36 53.0 28

35GS100 10 46 65.2 34

45GS

45GS15 1.5 5 12.9 8

45GS20 2 7 15.4 9

45GS30 3 10 19.0 10

45GS50 5 17 27.7 15

45GS75 7.5 25 38.9 21

45GS100 10 34 50.6 27

65GS

65GS15 1.5 6 19.1 10

65GS20 2 7 21.2 11

65GS30 3 10 27.4 12

65GS50 5 16 41.2 18

65GS75 7.5 26 62.3 35

65GS100 10 33 76.8 42

85GS

85GS30 3 8 29.4 13

85GS50 5 14 42.8 18

85GS75 7.5 21 63.8 35

85GS100 10 27 79.9 41

Model Flow

Range

GPM

Horse- Power Range

Best Efficiency

GPM

Discharge Connection

Minimum Well Size Rotation

35GS 10-50 1.0 - 10 35 2" 4" CCW

45GS 20 - 65 1.5 - 10 45 2" 4" CCW

65GS 30 - 80 1.5 - 10 65 2" 4" CCW

85GS 40 - 120 3.0 - 10 85 2" 4"…