This vacuum lifter features an astounding 3000 lbs [1360 kg] capacity, making it the DC powered, heavy-weight champ in Powr-Grip's® Flat Lifter series for materials handling. Its self-contained 12-volt DC vacuum system allows for cord-free operations, so the lifter can be used in various locations with easy portability. The compact design, coupled with its high load capacity, enables it to lift anything from steel to heavy stone. Vacuum pad mounts are movable to let you modify the lifter's configuration to fit your load shape. They are also spring mounted, which enables self-adjustment to achieve the best grip on the load. Control handles also serve as parking stands to protect vacuum pads from damage when lifter is not in use.

FEATURES:

• Green lift light indicates when vacuum level is sufficient for lifting maximum load weight -
  Operator can visually identify when lifter is ready to lift at maximum capacity safely
  
• Movable Vacuum Pad Mounts allow vacuum pads to be removed and repositioned at various predetermined locations on the pad frame -
  Allows operator to change the overall pad spread in just moments - enables a single vacuum lifter to handle a wide variety of load dimensions and avoid holes in materials through versatility in vacuum pad placement saving time and money
  
• Twist-lock Electrical Plug prevents accidental disconnection from power source -
  Prevents accidental power loss due to disconnection from power source saving money, preventing potential damage to materials and possible injury to operator and others
  
• Blow-off for quick material release -
  Allows operator to rapidly release materials to maintain efficiency and speed in a n assembly-line environment
  
• Vacuum gauge enables monitoring of vacuum levels in positive inches of HG and negative kPa -
  Operator can visually determine whether vacuum level is adequate for lifting safely
  
• Vacuum line filter prevents contaminants from blocking vacuum lines or damaging valves & pump -
  Helps to prevent vacuum system failure and unnecessary damage to equipment
  
• Vacuum reserve tank helps prevent immediate vacuum loss in case of power failure -
  This helps prevent unexpected load release and allows for careful release of load if power fails
  
• Vacuum pad shutoff valves allow for versatility in load size -
  Enables one lifter to handle many different sized loads, adds convenience and saves money on equipment
  
• Spring-mounted vacuum pads allow pads to adjust orientation to match angle of load surface -
  Promotes ease of performance when attaching to loads
  
• Parking stand protects pads from contacting dirt and contaminants when lifter is set down -
  Helps prevent damage to vacuum pads and keeps them in good condition
  

The S10320-ABD-5 System combines the rugged 5:1 ratio, single-stage, double acting booster with a 600 PSI ASME reservoir for high pressure applications needing a five gallon reserve.

The unit can be mounted either horizontally, as shown, or vertical on a wall or equipment structure. The compete unit weighs approximately 85 pounds.

The system is ready for hook-up to an air supply and includes an inlet filter/regulator with shut-off and gauge, safety relief valve, muffler, high pressure regulator, and high pressure reservoir and outlet pressure gauges.

The S10320-ABD-5 system can save money when requirements need up to a 600 PSI supply of air with reserve capacity. Contact us or one of our authorized distributors for application or sizing assistance.

AutomationDirect is pleased to carry the most popular Class CC, Class J, Class RK and Class M general purpose fuses for industrial control applications.

The Class CC current limiting fuses, frequently used in applications for small motor branch circuit protection, are available in both time-delay and fast-acting models. Because of their superior current limiting performance, these Class CC products are sometimes regarded as an upgrade to the Class M general purpose fuses. In addition, the CC line is recognized for NEC branch circuit protection and Type 2 coordinated applications for IEC or NEMA starters/contactors.

Where adherence to extensive current limiting codes is not required, the Class M general purpose midget fuses and small dimension fuses are a great low-cost solution for both time-delay and fast-acting protection.

Class J ... JDL Series - Time-delay fuse with space-saving dimensions and high performance. Recommended for Type 2 (no damage) protection of IEC style motor starters and contactors.

Packages of Class J Current Limiting Fuses start at $78. (JDL1 - per package of 10).

Class RK - ECNR/ECSR Series

Time-delay, dual element construction with superior overload and cycling capabilities. Recommended for AC power distribution system mains, feeders and branch circuits. RK5 current limiting.

LENRK/LESRK Series - Time-delay fuses having up to 40% more current limiting than ECNR/ECSR series. RK1 current limiting.

Packages of Class RK Current Limiting Fuses start at $21.25 (ECNR15 - per package of 10).

We have not forgotten the accessories you need: several fuse holder and fuse blocks are available in a variety of 1, 2, and 3 pole form factors.

----------------------------------------------------------- 10 Great Reasons to Use a Fuse

Why use a fuse? Fuses offer a safe and economical solution for overcurrent protection of both conductors and components. Fuses can help make your control systems meet the newest UL and NEC codes.

1. Safety - Overcurrent protective devices that have tripped are often reset without first investigating the cause of the fault. Electromechanical devices may not have the reserve capacity to open safely when a second or third fault occurs. When a fuse opens it is replaced with a new fuse, so the protection level is not degraded by previous faults.

2. Cost effective - Fuses typically are the most cost effective means of providing overcurrent protection. This is especially true where high fault currents exist or where small components such as Control Transformers (CPTs) or DC power supplies need protection.

3. Reliability - Fuses have no moving parts to wear out or become contaminated by dust or oil.

4. North American standards - Tri-National Standards specify fuse performance and maximum allowable fuse let-thru values.

5. High interrupting rating - With most low voltage current limiting fuses (less than or equal to 600 volts) having a 200,000 A interrupting rating, you are not paying a high premium for a high interrupting capacity.

6. Component protection - The high current limiting action of a fuse minimize or eliminates component damage.

7. Extended protection - Devices with low interrupting ratings are often rendered obsolete by service upgrades or increases in available fault current. New NEC and UL standards are causing the need for potentially expensive system upgrades to non-fused systems.

8. Selectivity - Fuses can be easily coordinated to provide selectivity under both overload and short circuit conditions.

9. Minimal maintenance - Fuses do not require periodic recalibration as do some electromechanical overcurrent protective devices.

10. Long life - As a fuse ages, the speed of response will not slow down or change. A fuse's ability to provide protection will not be adversely affected by the passing of time.

...AND THE BEST REASON OF ALL - OUR PRICE!

AutomationDirect has secured incredible pricing for all our fuses, fuse holders and fuse blocks, and has passed those savings on to you. Many items are priced well below industry list prices, making fuse protection a beneficial and affordable option for almost every electrical device.

----------------------------------------------------------- Industrial Fuses - Current Limiting Class CC

Visit our Web site at www.AutomationDirect.com or see our catalog to refer to the fuse selection guide, which includes a general summary of the specifications included for each fuse type. This selection guide does not include the many variables that can exist for specific situations such as local codes, unusual temperature, or other operating conditions. When selecting fuses, be sure to comply with any applicable PUBLIC SAFETY standards that apply to Overcurrent Protection Devices (OPD).

-----------------------------------------------------------HCLR Series - Current Limiting Class CC Fuses

Applications

Best applied for resistive heating and lighting loads.

Features:

• Branch circuit rated for 600 VAC
• Compact dimensions
• Fast-acting design responds quickly to both overload and short-circuit current

Specifications

Fast-Acting
Voltage Rating: HCLR - 600 VAC
Ampere Rating: 0.5 - 30 Amps
Interrupting Rating: 200,000 RMS Symmetrical Amps
Current Limiting: Class CC Fuse

Agency Approvals

UL Listed to 248.4, Class CC, Guide JDDZ, File E162363
CSA Certified HRCI-MISC per C22.2, No. 248.4
CE Compliant

------------------------------------------------------------ HCTR Series - Current Limiting Class CC Fuses

Applications

Ideal as primary protection for control power transformers (such as our CPT Series) or solenoids.

Features:

• Branch circuit rated for 600 VAC
• Compact dimensions
• Time-delay design allows closer sizing for inductive loads such as control transformers and solenoids

Specifications

Time Delay
Voltage Rating: HCLR - 600 VAC
Ampere Rating: 0.25 - 30 Amps
Interrupting Rating: 200,000 RMS Symmetrical Amps
Current Limiting: Class CC Fuse

Agency Approvals

UL Listed to 248.4, Class CC, Guide JDDZ, File E162363
CSA Certified HRCI-MISC per C22.2, No. 248.4
CE Compliant

------------------------------------------------------------ EDCC Series - Current Limiting Class CC Fuses

Applications

Specifically designed for motor protection, provides excellent current limiting capabilities. Use for protection of small horsepower motor circuits or other circuits requiring small dimension, time-delay fuses. Recognized for NEC branch circuit protection and Type 2 coordinated applications for IEC or NEMA motor starters/contactors. For control transformer applications, refer to HCTR series fuses.

Features:

• Branch circuit rated for 600 VAC or 300 VDC
• Time-delay for motor branch circuit protection
• Excellent current-limiting performance
• Considered an upgrade for standard "midget" class fuses

Specifications

Time Delay
Voltage Rating: HDCC - 600 VAC or 300 VDC
Ampere Rating: 0.5 - 30 Amps
Interrupting Rating: 200,000 RMS Symmetrical Amps
Current Limiting: Class CC Fuse

Agency Approvals

UL Listed to 248.4, Class CC, Guide JDDZ, File E162363
CSA Certified HRCI-MISC per C22.2, No. 248.4
CE Compliant
UL Listed DC Rating (per 198L):
- Voltage Rating: EDCC (0.5-2.25A, 20-30A) 300 VDC
- Interrupting Rating: 20,000 Amps DC

----------------------------------------------------------- MCL Series - General Purpose Class M Midget Fuses

Applications

Ideal for control circuits, street lighting holders, HID lighting and electronic equipment that requires high interrupt ratings and fast-acting response

Features:

• Provide supplemental protection to end-use equipment
• Compact dimensions
• High interrupting rating
• Fast-acting design responds quickly to both overload and short-circuit current

Specifications

Fast-Acting
Voltage Rating: MCL - 600 VAC
Ampere Rating: 0.5 - 50 Amps
Interrupting Rating: 100,000 RMS Amps

Agency Approvals

(0.1 - 30) UL Listed to 248.14, File E162443
(0.1 - 30) CSA Certified C22.2, Part 59.2, LR700489
CE Compliant

------------------------------------------------------------ MOL Series - General Purpose Class M Midget Fuses

Applications

Ideal as supplemental protection for non-inductive control and lighting circuits.

Features:

• Provide supplemental protection to end-use equipment
• Compact dimensions
• Economical laminated paper tube design
• Fast-acting design responds quickly to both overload and short-circuit current

Specifications

Fast-Acting
Voltage Rating: MOL - 250 VAC
Ampere Rating: 0.5 - 30 Amps
Interrupting Rating: 100,000 RMS Amps

Agency Approvals

(0.5 - 30) UL Listed to 248.14, File E162443
(0.5 - 30) CSA Certified C22.2, Part 59.2, LR700489
CE Compliant

------------------------------------------------------------ MEQ Series - General Purpose Class M Midget Fuses

Applications

Specifically designed for supplemental protection of transformers, solenoids, and other high-inrush circuits. For motor branch circuit applications, refer to EDCC series fuses.

Features:

• Compact dimensions
• Fiber tube construction
• Time-delay allows harmless inductive surges to pass without needless fuse opening

Specifications

Time Delay
Voltage Rating: MEQ - 500 VAC
Ampere Rating: 0.25 - 30 Amps
Interrupting Rating: 10,000 RMS Amps

Agency Approvals

(0.1 - 30) UL Listed to 248.14, File E162443
(0.1 - 30) CSA Certified C22.2, Part 59.2, LR700489
CE Compliant

------------------------------------------------------------ MEN Series - General Purpose Class M Midget Fuses

Applications

Specifically designed for supplemental protection of small motors, transformers, solenoids, and other high-inrush power electronic circuits. For motor branch circuit applications, refer to EDCC series fuses.

Features:

• Compact dimensions
• Fiber tube construction
• Dual-element construction allows harmless inductive surges to pass without needless fuse opening

Specifications

Time Delay
Voltage Rating: MEQ - 250 VAC
Ampere Rating: 0.5 - 30 Amps
Interrupting Rating: 10,000 RMS Amps

Agency Approvals

UL Listed to 248.14, File E162443
CSA Certified C22.2, Part 59.2, LR700489
CE Compliant

Small Dimension General Purpose Electronic Glass Fuses

Small dimension or minature fuses are a group of low voltage, general purpose fuses. Fuse dimensions are smaller than midget fuses, typically 1/4" x 1-1/4", 1/4" x 1," or 5mm x 20mm. These fuses are used to protect electronic circuits and components.

• ABC Series - Fast Acting, Ceramic Tube Fuses, 1/4" x 1-1/4". UL Listed and CSA Certified.
• AGC Series - Fast Acting, Glass Tube Fuses. 1/4" x 1-1/4" (6.3mm x 32mm). UL Listed and CSA Certified.
• GMA Series - 5x20 mm Fast Acting, Glass Tube Fuses. Low breaking capacity. 0.197" x 0.788" (5 mm x 20 mm). UL Listed and CSA Certified.
• GMC Series - 5x20 mm Medium Time Delay, Glass Tube Fuses. Low breaking capacity, 0.197" x 0.788" (5 mm x 20 mm). UL Listed and CSA Certified.
• MDA Series - Time Delay, Ceramic Tube Fuses. 1/4" x 1-1/4" (6.3mm x 32mm). UL Listed and CSA Certified.
• MDL Series - Time Delay, Glass Tube Fuses. 1/4" x 1-1/4" (6.3mm x 32mm). UL Listed and CSA Certified.
• S500 Series - 5x20 mm Fast Acting, Glass Tube Fuses. Low breaking capacity. 0.197" x 0.788" (5 mm x 20 mm). UL Recognized and RoHS compliant.
• S506 Series - 5x20 mm Time Delay, Glass Tube Fuses. Low breaking capacity. 0.197" x 0.788" (5 mm x 20 mm). UL Recognized and RoHS compliant.

AutomationDirect offers thousands of industrial automation products through its Online Superstore and 2,000-page catalog. Products include Programmable Logic Controllers (PLCs), AC drives/motors, operator interface panels/HMI, motor controls, DC power supplies, push buttons, sensors, NEMA electrical enclosures, wire duct, wire and more. The company offers high-quality automation products at savings up to 50%, along with detailed documentation and superior sales and technical support. Same-day shipping on in-stock items ordered by 4 p.m. ET is standard. A 30-day, money-back guarantee is offered on most items, including software.

Select the process controls and industrial wiring supplies you need from over 6,500 quality products, often priced well below the industry average. To request a free catalog, visit their Web site or call 800-633-0405.

Tight temperature tolerances set environmental cold rooms apart from food service refrigerators. Recent FDA regulations have made these requirements even more stringent in many cases. Why choose BioCold for your cold storage room requirements?

• BioCold uses a three-pipe proportional hot gas bypass refrigeration system with microprocessor-based PID controls to maintain temperature control of +/- 0.3°C or better, with uniformity of +/- 0.5°C throughout the cold room.
• Oversized refrigeration systems provide fast pulldown and reserve capacity.
• Oversized evaporator fan coil eliminates the need for defrost cycles at +4°C operation in most cold rooms.
• Simple, easy-to-use, easy-to-service control systems and wiring circuits. BioCold temperature controllers are "works in a drawer" and can be easily replaced without disconnecting a single wire. PLCs and printed circuit boards have their purpose, but only add unnecessary complexity to a standard cold room.
• GFCI circuit breakers mounted in the control console load center provide ground fault protection for all receptacles within the room.
• Umbrella airflow air handling system eliminates the need for a drop grid ceiling, eliminating a common, difficult-to-clean, area of dust and mold spore collection.
• 2" thick cam-locked floors, available with foamed-in-place diamond tread finish, offer 20" long ADA ramps and durable nonslip working floor surface supporting up to 600psf without reinforcement.
• Absolutely no wood in cold room wall or floor panels. Wood absorbs water, swells, and rots over time, and should be avoided.
• Optional Honeywell chart recorders, Dickson data loggers, and RS485 modbus communications to building automation or monitoring systems.
• Optional latent dehumidification or dessicant dryers offer reduced humidity control down to 10% RH at +4°C.
• As a cold room manufacturer for more than 30 years, BioCold has the flexibility and experience to provide solutions for virtually any custom cold room application.

Tight temperature tolerances set environmental cold rooms apart from food service refrigerators. Recent FDA regulations have made these requirements even more stringent in many cases. Why choose BioCold for your cold storage room requirements?

• BioCold uses a three-pipe proportional hot gas bypass refrigeration system with microprocessor-based PID controls to maintain temperature control of +/- 0.3°C or better, with uniformity of +/- 0.5°C throughout the cold room.
• Oversized refrigeration systems provide fast pulldown and reserve capacity.
• Oversized evaporator fan coil eliminates the need for defrost cycles at +4°C operation in most cold rooms.
• Simple, easy-to-use, easy-to-service control systems and wiring circuits. BioCold temperature controllers are "works in a drawer" and can be easily replaced without disconnecting a single wire. PLCs and printed circuit boards have their purpose, but only add unnecessary complexity to a standard cold room.
• GFCI circuit breakers mounted in the control console load center provide ground fault protection for all receptacles within the room.
• Umbrella airflow air handling system eliminates the need for a drop grid ceiling, eliminating a common, difficult-to-clean, area of dust and mold spore collection.
• 2" thick cam-locked floors, available with foamed-in-place diamond tread finish, offer 20" long ADA ramps and durable nonslip working floor surface supporting up to 600psf without reinforcement.
• Absolutely no wood in cold room wall or floor panels. Wood absorbs water, swells, and rots over time, and should be avoided.
• Optional Honeywell chart recorders, Dickson data loggers, and RS485 modbus communications to building automation or monitoring systems.
• Optional latent dehumidification or dessicant dryers offer reduced humidity control down to 10% RH at +4°C.
• As a cold room manufacturer for more than 30 years, BioCold has the flexibility and experience to provide solutions for virtually any custom cold room application.

As the power demands of IT equipment continue to escalate —and more equipment is served by two or more power cords— you need more pole space than ever in the local power distribution system. Yet data center floor space is at a premium. Traditional, freestanding remote power panels take up valuable footprint you'd rather reserve for IT equipment.

Eaton® offers a practical, costeffective and flexible solution: the Powerware Wall-mounted Remote Power Panel (WRPP). The Powerware WRPP expands distribution capacity—up to 84 factory-installed branch circuit breakers—in a compact package only 26 inches wide and 12 inches deep. The unit can be installed right on the wall, conserving floor space for other uses.

This scalable, customizable power panel can easily be retrofitted to any existing distribution system, to expand power distribution to match data center growth—now and in the future.

Features:

• Reliable, easily managed power distribution in a compact, wall-mounted unit

• All the benefits of a standard remote power panel—in a much smaller package

• Conveniently wall-mounted, to reserve valuable floor space for other equipment

• Flexible and easy expansion, with up to 84 factory-installed branch circuit breakers

• Extensive power monitoring options, including the Powerware Energy Management System

• Branch circuit level monitoring to effectively monitor and manage power

• Advanced monitoring to support capacity planning and avoid unexpected breaker tripping

• Factory-tested to ensure highest reliability power distribution