Friedrich SV08A10, SV12A10, SV10A10 manual Tighten the nut. See Figure

Page 14

3.6 HORIZONTAL SLIDING WINDOW INSTALLATION

1.Loosely attach the support bracket to the bottom of bracket using bolts, washers, and nuts. Attach the leveling bolt and nut. (See Figure 22)

 

Bolt

 

Bracket

Washer

 

Nut

 

Support Bracket

Leveling Bolt & Nut

 

2.Remove protective backing from window track seal and apply seal to window track. (See Figure 23)

3.Measure and lightly mark a line 8-1/4 inches from window jamb. Center the support bracket assembly on the window track and fasten with 4-type C screws. (See Figure 23)

Figure 22

Window jamb

811/16 inches

Window Track

Seal

Window Track

Type C screw

4.Put the support bracket against the outside wall and tighten the bolts on top of the bracket. Adjust the leveling bolt so that the air conditioner will be installed with a very slight tilt (about 1/4") downward toward the outside for proper drainage.

Tighten the nut. (See Figure 24)

NOTE: DO NOT drill a hole in the bottom of the base pan. The air conditioner is designed to operate with the bottom of the base pan approximately half-full of water.

5.Fasten side guides to the sides of the air conditioner using 3-type A screws per guide. start with first screw at middle of guide. (See Figure 25)

6.Fasten upper guide on the top of the air conditioner using 3-type A screws. (See Figure 25)

7.Measure height of window opening from top of bracket assembly as shown Fig. 26.

Subtract 20-3/4 inches. Mark this measurement on curtain and cut the curtain. (See Figure 26)

—14—

Figure 23

about 1/4"

Figure 24

Fastening Side Guides

Upper Guide

Side Guide

Figure 25

Figure 26

Image 14
Contents Room Air Conditioner Service and Parts Manual Contents PrefaceItems SpecificationsModels Cooling only Model FeaturesControl Locations Front Grille Disassembly InstructionsMechanical Parts CabinetAIR Handling Parts AIR Guide and Turbo FANCompressor Electrical PartsOverload Protector Capacitor Power CordRotary Switch ThermostatEvaporator Refrigerating CycleCondenser Capillary Tube Pulling Vacuum HOW to Install the Unit Checking InstallationInstallation Kits Contents Window RequirementsTighten the nut. See Figure Casement Window Installation CurtainPiping System Troubleshooting GuideOutside Dimensions Unit runs but poor cooling Ineffective Cooling Fails to Start Complaint Cause Remedy Room AIR Conditioner Voltage LimitsName Plate Rating Minimum Maximum Complaint Cause Remedy QTY Description Schematic DiagramCircuit Diagram PER SETDescription QTY PER SET MarksExploded View W0CZZReplacement Parts List Model SV08A10, SV10A10, SV12A10Memo Memo Use Factory Certified Parts
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SV10A10, SV08A10, SV12A10 specifications

The Friedrich SV12A10, SV08A10, and SV10A10 are part of an advanced line of vertical machining centers designed for precision and efficiency in various industrial applications. Each model possesses distinct features and cutting-edge technologies, positioning them as ideal solutions for manufacturers seeking high-performance machinery.

The SV12A10 is characterized by its robust construction, offering a large working envelope that accommodates complex machining tasks. With a maximum spindle speed of 12,000 RPM, it enables efficient material removal and high surface finish quality. The machine is equipped with advanced linear guideways, providing smooth motion and reducing friction, which contributes to longer tool life and improved machining accuracy.

The SV08A10, on the other hand, is designed for compactness without compromising on performance. It combines a smaller footprint with high-speed capabilities, making it suitable for small to medium-sized workpieces. This model also incorporates a modern CNC control system that features user-friendly interfaces and powerful programming capabilities, streamlining operations and reducing setup times.

The SV10A10 strikes a balance between the two, offering a versatile solution that caters to diverse machining requirements. With a spindle speed of 10,000 RPM and a variety of optional attachments, it can handle a wide range of materials, from metals to plastics. Additionally, it features an automatic tool changer, which enhances productivity by minimizing downtime during tool swaps.

Common characteristics across these models include a rigid bed design that ensures stability during high-speed operations and thermal stability to mitigate expansion issues that could affect precision. All three models utilize advanced cooling systems that maintain optimal temperatures to preserve tool integrity and machining precision.

Moreover, these machines are equipped with integrated safety features, including emergency stop buttons and protective enclosures, ensuring a secure working environment. The CNC systems are also compatible with Industry 4.0 technologies, allowing for real-time monitoring and data analytics, which help optimize production processes.

In summary, the Friedrich SV12A10, SV08A10, and SV10A10 represent a range of machining solutions that blend precision engineering with innovative technology. Their versatility, high performance, and safety features make them excellent choices for manufacturers looking to enhance productivity and maintain high standards of quality in their operations.