Model SR7020
i
Wall Mount Platform Scale
Operating and Service Manual
Part No.MAN7020I_MICROBAN_200520
Page 6 of 16
S
Instruments, Inc.
,
600 Young Street, Tonawanda, NY 14150
Tel: 716-693-5977 Fax: 716-693-5854 URL:
email:
S
Instruments, Inc.
REPLACEMENT PARTS and ACCESSORIES
SYSTEM DESCRIPTION and INTENDED USE
SYSTEM DESCRIPTION
The SR7020
i
Wall Mount Platform Scale system employs the latest in microprocessor and load cell
technology to provide accurate and repeatable weight data. Four (4) identically matched transducers are
strategically placed to ensure an accurate representation of the patient’s weight.
The SR7020
i
low power microprocessor circuitry is powered by a Medical Grade AC power supply.
The patient’s weight is displayed on a 16-character dot matrix LCD w/LED backlight. The weight data may
be viewed either in pounds or kilograms with a displayed resolution of 0.1 for each.
The SR7020
i
Wall Mount Platform Scale system
has a 38” x 58” (96.5 cm x 147.3 cm) platform weighing
surface.
The scale system has a programmable Automatic Power Down (APD) for adjusting scale on-time.
INTENDED USE
The SR7020
i
Wall Mount Platform Scale system is
specifically designed for weighing ambulatory and non-
ambulatory stretcher and wheelchair bound patients and is a
preferred means of gathering patient weight data of up to
1000 pounds or 454 kilograms.
Platform should be stored in the upright position when not in
use to prevent a trip and fall hazard.
MICROBAN ANTIMICROBIAL PROTECTION
Microban® antimicrobial technology has been added to help reduce the growth of bacteria as part of a
medical center's approach to creating a cleaner healthcare environment. For more information, visit
https://www.microban.com/sr-scales
Part #
Description
FRTP211C1
Paper, thermal printer 58mm (15 rolls)
FRME20A0903F01
Medical Grade AC Power Supply
FRPCORD3
3 Foot Ultra Low Profile Angled Power Cord
FRPCORD6
6 Foot Ultra Low Profile Angled Power Cord
WARNING
DO NOT EXCEED
MAXIMUM WEIGHT LIMIT OF
1000 LB / 454 KG
WARNING
DEVICE COULD BE A TRIP AND
FALL HAZARD IF PLATFORM IS
LEFT IN THE DOWN POSITION
