Atch 3_Larson Spec for Information Only.pdf

MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-M1

75 KVA Pad Mount Transformer - 13800V Delta Primary, 208Y/120 Wye-n Secondary - Copper, KNAN/Bell Green - Product ID: 286583

Please see last page for supporting documentation for this product(certificates, CAD files & drawings, IES files, wiring diagrams, etc).

Larson Electronics LLC manufactures a wide variety of products, including custom built to spec designs.

The pictures displayed for this unit are a general representation of form factor for the product line and may not accurately represent this exact configuration in every detail due to custom builds and changes between similar products in our standard catalog. The specifics for this configuration are listed in the specification table and supporting documentation (CAD files, Dimensional Drawing, Name Plate Diagram, Wiring Diagram, etc.). This means that specific details (receptacles, plugs, wires, connections, mounting brackets, external finishes, etc.) may not be accurately represented in images vs specifications. Please review specifications and do not order based solely on images.

MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-M1 Pad Mount Transformer Ratings Transformer Type: Pad Mounted, Compartmental-Type Meets/Exceeds DOE 2016 Efficiency Ratings Transformer Configuration: Liquid Filled Pad Mounted Meets/Exceeds CSA Efficiency Ratings Transformer Feed Type: Loop Feed Complies with ANSI / IEEE C57.12.00 Operation: Step-Down Operation (Not Approved for Step-Up) Complies with ANSI / IEEE C57 12.28 Phase: Three Phase Complies with ANSI / IEEE C57 12.29 Capacity: 75 KVA Complies with ANSI / IEEE C57 12.34 Vector Group: DYN1 Complies with ANSI / IEEE C57 12.35 Primary Voltage: 13800V Complies with ANSI / IEEE C57.12.70 Primary Voltage Switch: N/A Complies with ANSI / IEEE C57.12.110 Primary Voltage Class: 15 kV Class Complies with ANSI / IEEE C57.12.131 Primary Phasor: Delta Complies with ANSI / IEEE C62.11 Primary BIL: 95 KV Complies with ANSI / IEEE C62.22 Secondary Voltage: 208Y/120 Complies with ANSI / IEEE 386 Secondary Voltage Class: 1.2 kV Class Complies with ANSI / IEEE C2 Secondary Phasor: Wye-N Complies with ANSI / IEEE C37.47 Secondary BIL: 30 KV Complies with ANSI Z535.4 Frequency: 60 Hz Complies with ASTM D3487 Temperature Rise: 65°C Complies with ASTM D6871 Insulation Rating: Class E Insulation - 120°C, 248°F Complies with NEMA 260-1996 Cooling Class: KNAN; Self-Cooled Complies with 10 CFR Part 431 Forced Air (Fans): None Complies with CSA C2.1-06 Tap Changer: 5-position Tap Changer Complies with CSA C50 Tap Qty: (2) FCAN Above Taps, (2) FCBN Below Taps Complies with CSA C88 Tap %: 2.5% Complies with CSA C88.1 Tap Changer Switch Rating: 200-Amp, 15 kV Complies with CSA C88-16

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com Email: sales@LarsonElectronics.com

Fax: 903.498.3364

12639524Q0094, Attachment 3

Tap Changer Switch Location: High Voltage (HV) [Left Side] Front Compartment Complies with CSA C227.4 Impedance: 1.0-5.0% Typical, Target 2.70-5% Complies with CSA C227.5 Primary Connection Type: Dead Front Complies with CSA C802-3 Primary Termination Arrangement: V Terminal Arrangement Complies with CSA C802.1 Primary Termination: Externally Clamped Well Bushings w/ Removable Studs, 200A Load Break Elbows w/ Inserts Primary Connection Qty: (6) Primary Connections for use w/ Elbow Connectors Features Primary Parking Stand Qty: (6) Welded Brackets for Installing Accessory Parking Stand Bushings

Pentahead Bolt Entry Assembly

Primary Bushing Rating: 15 kV Class, 95 kV BIL, 200A, Load Break, IEEE 386 Color Red High-Fire Point Insulating Fluid Primary Neutral Connection: Primary HO Neutral Internally Bonded to Tank Non-PCB Insulating Fluid Primary Surge Arrestors: (3) High Voltage Elbow Surge Arrestors, Included Tamper Proof Housing Primary Surge Arrestor Voltage Rating: 18 kV Class Elbow Arrestor Hinged Front Compartment Doors, Pad Lockable Primary Surge Arrestor MCOV Rating: 15.3 kVrms NEMA 3R Wiring Compartment Primary Over Current Protection (OCP): Bayonet Expulsion Fuse in series w/ Partial- Range Current-Limiting Fuse

Hot Stick Included, HV Door Mount

Primary Over Current Protection Method: Fused, Oil-Immersed Primary Over Current Protection Holder: Bayonet Fuse Holder w/ Flapper Valve and External Drip Shield

Efficiency %: 98.70%

Primary Grounding Provisions: (1) NEMA Ground Bar attached to tank via (2) Welded Ground Bungs in HV Cabinet

Based on transformer operating at 50% of nameplate base kVA.

Secondary Connection Type: Live Front Secondary Termination Arrangement: Staggered Terminal Arrangement Load Losses Based on 85°C Reference Temp.

Secondary Connections: NEMA Spade Terminals, 4-Hole Spade, Externally Clamped, Accepts up to (4) Double Lug connections with (2) cables per side of Spade connector

No Load Loss (in watts): +/- 190W

Secondary Connection Qty: (4) Externally Clamped One-Piece Epoxy Bushings Copper Threaded Studs

Full Load Loss (in watts) at 100%: +/- 950W

Secondary Connection Supports: N/A Total Load Loss (in watts) at 100%: +/- 1,140W Secondary Over Current Protection (OCP): N/A Secondary Neutral Connection: Secondary X2 Neutral Grounded to Tank via 1/2”-13 UNC Tapped Hole, 7/16” Deep Bung & Copper Ground Strap

Total Losses at 55°C LL Temp.& 20°C NL Temp.

Secondary Grounding Provisions: (1) NEMA Ground Bar attached to tank via (2) Welded Ground Bungs in LV Cabinet

Total Load Loss (in watts) at 50%: +/- 413W

Metering Current Transformer (CT): N/A Note: Losses offered are typical only, not guaranteed Metering Panel: N/A Auxiliary Control Panel : N/A Labeling:

Load Break Switch: 4-Position Load Break Switch Externally Stencilled (Painted) KVA Rating Load Break Switch Qty: (1) Externally Stencilled (Painted) Voltage Rating Load Break Switch Rating: 200-Amp, 15 kV External Non-PCB Label Load Break Switch Location: High Voltage (HV) Front Compartment External Warning & Danger Label Efficiency Standard(s): Meets DOE 2016 Standards, Meets CSA Standards Meets ANSI/IEEE Standards

External Barcode Label

K-Factor Rating (Harmonic Mitigation): K-1 (Standard) Internal Busing & Accessory Labeling Pulse Drive Rating: N/A Stainless Steel Riveted Nameplate Insulation Fluid: Biodegradable Natural Vegetable Oil Ester Insulating Fluid - Non-PCB Fluid Fluid (Oil) Capacity*: 75 Gallons Factory Tests:

Fluid (Oil) Weight*: 575 lb Winding Resistance Test Liquid Level Indicator: Analog Dial Gauge Insulation Resistance Test Temperature Indicator: Analog Dial Gauge Voltage Ratio Error Test Pressure/Vacuum Indicator: Analog Dial Gauge Short-circuit Impedance Test Pressure Relief Device: Included, Automatic Action No-load Loss (Wattage) Test Fault Indicator: N/A Load Loss (Wattage) Test Gas Sampler Valve: Included, Schrader Valve Induced Voltage Withstand Test Fill Valve: 1" NPT Port w/ Removable Bolt Plug Separate Source Voltage Withstand Test Fill Valve Location: Front Compartment Pressure Integrity Test Test Drain Valve: 1" NPT Port w/ 5/8" NPT Sampler Valve Drain Valve Location: Front Compartment Shipping:

Winding Material: Copper Shipped on pallet on open flatbed Ambient Temperature Rating: 40°C Palletized on Wooden Pallet w/ Skid Pockets Ambient Operating Temperature Range: -40°C to +40°C (-50°F to +104°F) Pallet Skid Facing Outward Sides of Truck

Sound Level: 51 dBA Note: Crated shipping in lieu of palletizing can be done upon request for an additional fee

Elevation (Altitude): 3300ft (1000 meters) Above Sea Level Core Material: Grain Oriented Steel Tank Material: Coated Steel Cabinet Material: Coated Steel Base Platform Material: Coated Steel Portability: Lifting lugs, provisions for jacking under base, w/ base construction suitable for using rollers or skidding Housing Type: Compartmental Air-Filled Cabinet w/ Locking Doors, HV Compartment Left, LV Compartment Right, Steel Barrier Separation, HV Door Spring-Loaded Release Pin in

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com Email: sales@LarsonElectronics.com

LV Compartment Enclosure Rating: NEMA 3R Weatherproof Wiring Cabinet, Sealed Tank Seismic Rating: Yes Paint Type: Weatherproof and UV Resistant Epoxy Coating and Undercoating Finish Color: Munsell™ 7.0 GY 3.29/1.5 Bell Green Mounting: Pad Mounted Conduit Opening: Bottom Feed Underground Entry/Exit HV Compartment Base Wireway Dimensions*: 20"-W x 5"-D LV Compartment Base Wireway Dimensions*: 16"-W x 5"-D MV/LV Compartment Cabinet Depth*: 20"-D Special Orders - Requirements Tank Cover Access Handhole: N/A Contact us for special requirements

Dimensions*: 61"-W x 43"-D x 69"-H Toll Free: 1-800-369-6671

Dry Weight (w/o Oil)*: 730 lb Intl: 1-214-616-6180

Total Weight (Liquid Filled)*: 2,160 lb Fax: 1-903-498-3364

*Please note that numbers are approximate and subject to change E-mail: sales@larsonelectronics.com

The MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-M1 Industrial Pad Mount Transformer from Larson Electronics offers powerful, reliable and efficient power distribution in indoor, outdoor and public locations.

The low operating costs, low heat emissions and low cost of ownership makes this transformer ideal for a wide range of applications and businesses. An enclosed design caters to installations on concrete pads without protective fencing.

*PLEASE NOTE: ANY FREE SHIPPING OFFERS DO NOT APPLY TO POWER

DISTRIBUTION PANELS, TRANSFORMERS, OR SUBSTATIONS*

Transformer Features: With a transformer rating of 75 KVA, the industrial transformer features a primary voltage of three-phase 13800V Delta and a secondary voltage of three-phase 208Y/120 Wye-n. The unit has a primary loop feed for single installations and dead-front primary connections. We also offer systems with loop feed and live front primary connections. This transformer features a 5-position tap changer with two, +/- 2.5% taps above and two, +/- 2.5% taps below to allow small changes for voltage.

The system features copper windings for high strength and thermal/electrical conductivity. This transformer consists of rectangular coil and five-legged wound core design with three coils and four core loops (this is for three-phase transformers only; single-phase units have one coil and two core loops).

The MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-M1 is air cooled and does not have fans or mounting provision for fans.

Enclosure Design: This pad mounted transformer is a compartmental design.

The tank and housing are fabricated from steel. The front electrical enclosure carries a NEMA 3R rating. The high voltage and low voltage compartments are located in front of the transformer tank, with the high voltage compartment on the left side and low voltage compartment on the right side. The HV and LV compartments are air filled and separated by a full length steel barrier between the compartments. A removable steel plate at the base of the HV and LV compartments prevents rodents and other intrusions from entering the enclosure once installed. This steel plate allows for underground conduit entry into the enclosure compartments. Two hinged exterior doors allows for access into the compartments. A single pad lockable handle on the low voltage compartment door allows for securing the transformer. A spring loaded pin within the low voltage compartment prevents the high voltage door from being opened without pulling the safety pin. A hot stick is included in the high voltage compartment, mounted to the HV door.

Temperature Rise: This unit features 65°C temperature rise for reduced heat waste, increased reliability and longer life. At 65°C temperature rise, the transformer offers 75 KVA. The transformer meets standard efficiency requirements. The combination of low temperature rise and high efficiency makes this unit suitable for use in electrical rooms, air conditioned spaces in buildings, underground vaults and similar locations, in addition to outdoor areas.

Insulation Fluid: The MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com Email: sales@LarsonElectronics.com mailto:sales@larsonelectronics.com

M1 features biodegradable cooling fluid (KNAN) with a capacity of 75 gallons. We offer transformers with FR-3 oil fluid, if needed.

Biodegradable Fluid: Biodegradable cooling fluid (vegetable oil) has a higher heat capacity compared to mineral oil, making the liquid safer to use and more reliable during operations. Vegetable oil has a higher flash point and fire point than mineral oil, hydrocarbon oil, silicone oil and synthetic ester. This cooling fluid is also non-toxic and can tolerate higher breakdown voltages than mineral oil.

When operating at high temperatures, biodegradable cooling liquid sustains up to 120% loan conditions, which helps preserve the transformer's lifespan and performance.

Gauges: The following gauges are included with the system: liquid level, temperature and pressure/vacuum gauges. Standard liquid level, temperature and pressure/vacuum gauges are analog, manual reading types. These gauges do not have auxiliary contacts.

Fault Pressure Devices: This transformer features an automatic action fault pressure device. Fault pressure devices are used to detect high rates of pressure rise within the tank.

Rapid Rise Relay: There are no rapid rise relays on the unit. This safety component is designed for protection when a rapid increase in tank pressure occurs. The relay is suitable for detecting sudden pressure fluctuations above predetermined safe limits.

Surge Arrestors: This system comes with high elbow surge arrestors on the primary side. Designed for over-voltage and transient voltage protection, the components prevent damage caused by lightning, internal switching or voltage surges. We can offer models without high elbow surge arrestors that have mounting provisions for customer-provided surge arrestors.

Load Break Switch: The transformer is equipped with a load break switch. This switch has four positions: A side on + transformer on, B side on + transformer on, A and B sides + transformer on, and A and B sides + transformer off.

Valves: The MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-M1 is equipped with a pressure relief valve, fill valve and drain valve with sampler port.

Protection Fuses: This transformer contains bayonet protection fuses on the primary side. For units without protection fuses, up stream protection is provided.

We recommend provisions for protection fuses when possible, as blown fuses may require more frequent oil changes.

Mount: The heavy-duty enclosure makes the unit suitable for both indoor and outdoor applications. This power distribution system can be pad mounted on concrete pads.

Benefits: The MT-PML-R7-3P-DMP-75KVA-YT-LT-DF-A6-BB-CZ-2B4-M1 pad mount transformer offers many benefits to consumers. This transformer provides owners with significant energy savings, as well as offering environmental benefits.

Higher efficiency not only extends the life of the transformer, but also turns into cost savings for owners in the form of lower energy bills and decreased cost of ownership.

Applications: General purposes, industrial sites, electrical rooms, underground vaults, manufacturing facilities, steel plants, offshore, commercial, military, processing plants, electric power distribution, utilities, public locations and more.

Larson Electronics is a manufacturer and as such can build stationary and portable transformer systems to your specifications. Although we carry several models of power distribution transformer systems, we can deliver custom ordered units almost as quickly as our prebuilt units. If this model does not meet your needs, please contact us at 1-800-369-6671 or sales@larsonelectronics.com to discuss your specific requirements.

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com Email: sales@LarsonElectronics.com mailto:sales@larsonelectronics.com

Frequently Asked Questions (FAQ)

Q. What type of transformers does Larson Electronics offer?

A. Larson Electronics offered dry type transformers and liquid filled transformers. For liquid filled transformers, Larson

Electronics’ offers overhead distribution transformers (utility pole mount), pad mounted distribution transformers (mounts to a concrete pad), pad mounted power transformers, underground submersible distribution transformers, and substation transformers.

Q. What are the main benefits of a liquid filled transformer?

A. Liquid filled transformers have higher energy efficiency, durability, short circuit strength, low sound level, lower maintenance costs, and longer useful life expectancy compared to dry type transformers.

Q. What types of transformer liquids does Larson Electronics use?

A. Larson Electronics offered mineral oil fluid (ONAN) and biodegradable fluid (KNAN). On request we can provide brand name FR3 fluid or other brand name fluids for additional cost and lead time. All fluids offered by Larson Electronics are non-

PCB containing fluids.

Q. What is the difference between mineral oil (ONAN) and biodegradable fluid (KNAN)?

A. Mineral oil has a flash point of 147-165°C. Biodegradable insulation fluids have a higher flash point up to 350°C. Using biodegradable fluids reduce the risk of potential fire due to the transformer overheating. Utilizing biodegradable fluids extends the lifespan on the transformer due to better insulation, higher flash point, better moisture resistance, and higher maximum voltage breakdown points over mineral oils.

Q. What is the difference between FR3 fluid and biodegradable fluid?

A. Envirotemp FR3 is a brand name of biodegradable ester oils made by Cargill. Cargill is not the only manufacturer of biodegradable ester fluids used for cooling liquid filled transformers. Larson Electronics stocks RAPO biodegradable fluid that exceeds testing for ASTM D6871. Cargill Envirotemp FR3 can be used in substitution of the standard biodegradable fluid. This substitution will increase cost and lead times.

Q. Do Larson Electronics transformers contain PCB?

A. All dry-type and liquid filled transformers manufactured by Larson Electronics are PCB (polychlorinated biphenyl) free at the time of shipment. Mixtures of polychlorinated biphenyls (PCB’s) were banned commercially for use as transformers cooling fluids in 1977 due to being toxic, bio-accumulative, not at all biodegradable, and difficult to dispose of safely. None of Larson

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

Electronics transformers contain PCB and only use PCB-free fluids.

Q. What are the transformer ratings?

A. IEEE Std C57.12.20 (Overhead Type), IEEE Std C57.12.34 (Three-Phase Pad-Mounted Compartmental), IEEE Std

C57.12.38 (Single-Phase Pad-Mounted), IEEE Std C57.12.36 (Distribution Substation Transformers). For more detailed list of standards, please see the ASTM Certificate 1 link.

Q. Is this transformer UL Listed? Is this transformer CSA Listed?

A. By default, no. The majority of medium voltage transformer installations do not require certification by a Nationally

Recognized Testing Laboratory (NRTL) unless being installed inside a building. Medium voltage equipment is built to and complies to ANSI, ASTM, DOE, IEEE, and NETA standards. UL is one of multiple NRTLs per OSHA certification for testing facilities for USA standards. CSA is one of multiple NRTLs per Canada certification standards. For an additional fee, we can submit your order for NRTL testing after completion of build. This testing service is per order, requires payment of testing fees, and will increase lead time.

Q. What is the lifespan of a transformer?

A. The average lifespan of a liquid filled transformer is 25 years. Many transformers will survive past the 25 year mark and are still in service for up to 35 years.

Q. What is the difference between Loop Feed and Radial Feed?

A. Radial feed Transformers will have three high voltage bushings (H1, H2, and H3). There is one bushing for each phase to allow for the incoming high voltage cables. On Wye and Grounded Wye connected Transformers, there will also be an H0 bushing. Loop feed Transformers will have six high voltage bushings (H1A, H2A, H3A, H1B, H2B, and H3B). There are two bushings for each phase. This allows the customer to connect all of their Transformers in a loop configuration. It will also allow the customer to bring two feeds to the Transformer. A four position switch can be used to switch between the A feed and the B feed.

Q. What is the difference between Dead Front and Live Front?

A. Live-front: The voltage-carrying parts are exposed. Live-front terminations have high voltage connectors, arresters, or fuses are exposed to the operator after cabinet has been opened. Dead-front: Often referred to as dead-front bushings. Safety is enhanced as there are no current-carrying parts exposed to the operator. For overhead distribution transformers and underground submersible transformers, live front is common. For pad mount transformers, the primary is typically dead front and the secondary is live front. Protection barriers can be added to live front pad mounted transformers

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

Q. What is the difference between copper and aluminum windings inside the transformer?

A. Transformers wound with aluminum or copper wire have similar losses and performance. The choice of using copper or aluminum windings depends upon the application and the individual preferences. The type of winding material does not affect the transformer’s reliability. A transformer’s life is defined by the life of its insulation system.

Q. How many BTU’s of heat does a transformer generate?

A. The heat a transformer generates is dependent upon the transformer losses. To determine air conditioning requirements multiply the sum of the full load losses (obtained from factory or test report) of all transformers in the room by 3.41 to obtain the

BTUs/hour. For example: A transformer with losses of 2000 watts will generate 6820 BTUs/hour.

Q. Do you have to ground this transformer?

A. In most cases the enclosure of the transformer is grounded for safety reasons. However, a transformer will function properly without being grounded. Be sure to research all grounding requirements for your specific application against the

NETA and NEC as well as any local electrical codes.

Q. What types of transformer protection are available?

A. For over-current protection, Larson Electronics offers Fuses, breakers and interrupters. For over-voltage protection, Larson Electronics offers arresters. Larson Electronics can provide both Primary and Secondary protection equipment.

Q. What is required for mounting this transformer?

A. For mounting requirements, please see the ASTM Certificate 2 link.

Q. Does my primary and secondary voltage matter for a transformer?

A. Yes, this matters greatly. For primary voltage, most transformers will be equipped with a tap changer for small primary voltage changes due to voltage drop for losses experienced in the transmission line. Some transformers will be equipped with dual voltage primaries with a voltage selector switch to choose which voltage to operate the transformer on. In both cases, these are designed to provide a steady output voltage. It is very important to confirm what voltage your primary voltage being delivered from the utility provider and what the required electrical voltage for the building or house is. You cannot only provide the KVA size, or the abbreviated primary voltage as there is not standardized voltage across the country and each region can be different. Once manufacturing has started, these cannot be changed.

9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

Q. Where is the detailed dimensional drawing for this unit?

A. We can provide a feature drawing that shows accessories and estimated form factor. Due to the variety of options and varying voltages, an exact dimensional drawing for the specific unit you have ordered is not available until after purchase and engineering has completed the drawing for your sales order. We do not offer completed detailed engineered drawings before purchase. The feature drawings are detailed enough for concrete pad designs and preliminary engineering site designs.

Q. What is the warranty of this transformer?

A. 12 months from point of connecting electrical service to the transformer or 18 months from point of ordering, whichever comes first.

Q. Can this transformer be customized?

A. Yes, Larson Electronics allows for customization of all transformers. Please send customization requests to sales@larsonelectronics.com. If you have an engineered specification or engineered drawings, please provide those at the time of request.

9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

Warranty: 12 Months.

Harmonized System (HS) Code: 85043300

Export Control Classification Number (ECCN): EAR99

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com

Links (Click on the below items to view):

- ANSI Certificate 1

- ANSI Certificate 2

- Catalog Page - Product Series

- FCC Certificate (Federal Communications Commission, USA)

- Internal Component Spec Sheet 3

- MSDS (Material Safety Data Sheet

- Operations Manual

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- ISO 9001 Certification

- Business Certificate

- Shipping Time Map

Larson Electronics LLC 9419 E US HWY 175, Kemp, TX 75143 Phone: 800.369.6671 www.LarsonElectronics.com Email: sales@LarsonElectronics.com

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