Adam IHS Crane Scales

Description

When strength and safety are essential, IHS is the overwhelming winner to weigh suspended loads

The Adam IHS crane scale offers a strong, safe solution for weighing heavy, suspended loads in industrial shipping and production operations. Ruggedly constructed, IHS features robust metal die-cast housing, a rotating plated steel hook and sturdy, oversized shackle. A remote control is included to allow scale operation from a safe distance. Readings are shown on a bright-red LED display, making them visible in any lighting conditions. The hold function retains the reading on the display after the weight is removed from the scale, allowing time for the operator to record the value.

PRODUCT FEATURES

• Bright LED display for easy viewing in most environments
• Rotating hook allows easy access while loading, then safely locks in place during weighing
• Remote control allows safe, hands-free operation
• Sealed keypad protects against dirt and spills
• Solid metal housing resists spills and protects internal components
• Auto power-off to save energy
• Rechargeable battery included for operation almost anywhere
• AC adapter included
• 1 Year warranty

APPLICATIONS

• Weighing

• TECHNICAL SPECIFICATIONS

  Model	IHS 1	IHS 3	IHS 5	IHS 10
  Capacity	1000kg	3000kg	5000kg	10,000kg
  Readability	0.2kg	0.5kg	1kg	2kg
  Repeatability (S.D.)	0.2kg	0.5kg	1kg	2kg
  Linearity (+/-)	0.2kg	0.5kg	1kg	2Kg
  Ultimate Overload Limit	1500kg	4500kg	7500kg	15000kg
  Weighing Units	kg
  Stabilisation Time (sec)	3
  Calibration	External calibration
  Display	LED with 30mm -high digits
  Power Supply	AC adapter / Internal rechargeable battery
  Operating Temperature	0° to 40°C
  Housing	Die-cast aluminum
  Overall Dimensions	IHS 1 & 2: 255 x 190 x 550mm IHS 5: 255 x 190 x 650mm IHS 10: 255 x 190 x 750mm
  Net Weight	12kg	14kg	19kg	31kg
  Overload Limit	Adam Equipment Co Ltd, its directors, staff, owners and affiliated companies and organisations cannot be held liable for any resulting damage or injury sustained as a result of the machines being used in excess of their capacities and ultimate overload limits.