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Ohaus STX2202 Scale 2200/0.01gm

Ohaus STX2202 Scale 2200/0.01gm

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Ohaus Scale SJX1502/E 1500/0.01gm

Ohaus PJX5202 - InCAL 5kg/0.01gm

This is a Ohaus brand Compact Jewelry Balances for Accurate weighing of Precious Metals and Stones of Max Capacity up to 5,200g/Accuracy 0.01g. Select models come with a built-in internal adjustment system.

  • It has an Advance Feature of extra Auxiliary Display That can be Easily Connected to provide Dual/Simultaneous View for both Trader and Customer alike
$735.00
Availability: In stock
SKU
TSC024-C

Ohaus PJX5202/E-InCAL5kg/0.01gm is a Compact Jewelry Balance for weighing your Precious Gemstones and Metals with precision and Accuracy. This model maximum Capacity is 5 KG (5,200g) with Accuracy/Readability of 0.01. Select models come with a built-in internal adjustment system.

  • It has an Advance Feature of extra Auxiliary Display That can be Easily Connected to provide Dual/Simultaneous View for both Trader and Customer alike
Applications :
Basic Weighing, Parts Counting, Percent Weighing, Density Determination
 
Display :
Backlit Liquid Crystal Display (LCD)
 
Operation :
AC adapter (included)
 
Communication :
RS232 interface and Mini-Din port (for connecting auxiliary display)
 
Construction :
Metal base, plastic top housing, removable stainless steel pan, removable glass draftshield or side doors, integrated weigh-below-hook, security bracket, calibration lock and in-use cover
 
Design Features :
User-selectable environmental filters and brightness settings, auto-tare, auto-dim, user-selectable span calibration points, software lockout and reset menu, userselectable communication settings and data print options, user-definable project and user IDs, software overload/underload indicator, stability indicator
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Specifications : Ohaus PJX5202/E-InCAL5kg/0.01gm

 

Maximum Capacity 5,200 g
Readability 0.01 g
Pan Size 7.1 in (180 mm)
Battery Life Not Applicable
Communication RS232
Auxiliary Display Model Available as an Accessory
Dimensions 98 mm x 321 mm x 209 mm
Display LCD with backlight
Internal Calibration InCal™ - Semi Automatic
In-use cover Included
Net Weight 7.7 lb (3.5 kg)
Pan Construction Stainless Steel
Power AC Adapter (Included)
Stabilization Time 1 s
Tare Range To capacity by subtraction
Units of Measurement Milligram;  Gram;  Kilogram;  Ounce;  Pound;  Carat;  Pennyweight;  Ounce Troy
Working Environment 50°F – 86°F, 80%RH, non-condensing;  operability guaranteed between 41°F and 104°F (10°C – 30°C, 80%RH, non-condensing;  operability guaranteed between 5°C and 40°C)
Dimension and weight
Length Width Height weight (Kgs)
Product 32.1 20.9 9.8 3.4
Package 38.5 55 29.1 5.00
  • This Product Comes with a Warranty
CALIBRATION :
 
PJX balances offer a choice of three calibration methods: Internal Calibration (for InCal models
only), Span calibration and Linearity Calibration.
Attention: Do not disturb the balance during any calibration.
 
Note: ExCal models only have Span Calibration and Linearity Calibration.
 
Internal Calibration (not applicable to ExCal models) :
 
Calibration is accomplished with the internal calibration mass. Internal Calibration can be performed
 
at any time, provided the balance has warmed up to operating temperature and is level.
 
With the Balance turned ON and no load on the pan, press the Tare / Menu-Cal button and select
 
InCal to initiate the internal calibration.
 
The screen shows the status, and then returns to the current application after calibration.
 
Automatic Calibration (not applicable to ExCal models) :
 
Use this calibration method to fine tune the effect of the Internal Calibration.
Calibration Adjust may be used to adjust the result of the Internal Calibration by +100 divisions.
 
Note: Before making a calibration adjustment, perform an Internal Calibration. To verify whether an
 
adjustment is needed, place a test mass equal to the span calibration value on the pan and note the
 
difference (in divisions) between the nominal mass value and the actual balance reading. If the
 
difference is within +/- division, calibration adjustment is not required. If the difference exceeds +/-1
division, calibration adjustment is recommended.
 
Example:
Expected weight reading: 200.000g (Test mass value)
Actual weight reading: 200.014g
Difference in grams: – 0.014g
Difference in divisions: – 14 (InCal Adjust value)
 
 
To perform a Calibration Adjustment, select InCal Adjustment from the list of Calibration Menu;
enter the value (positive or negative divisions) to match the difference noted earlier in the
procedure.
Recalibrate using Internal Calibration. After calibration, place the test mass on the pan and verify
that the mass value now matches the displayed value. If not, repeat the procedure until Internal
Calibration reading agrees with the test mass. 
 
SPAN CALIBRATION :
 
Span calibration uses two calibration points, one at zero load and the other at specified full load
(span). For detailed calibration mass information please see the specification tables 4-1.
With the balance turned On and no load on the pan, Span Calibration can be performed. The best
accuracy is achieved using the mass closest to the full span value.
 
  • Steps for span calibration
  • 1. Press and hold the Tare / Menu-Cal button, and the
    Calibration Menu will display
  • 2. Press Yes to enter the Calibration Menu
  • 3. To change the calibration mode, press No until SpaN
    (span calibration) is displayed
  • 4. The Calibration mass value will be shown in the screen.
    After the display shows 200.0000 g, place weight(s) of
    200 g on the pan for calibration. To change to the
    calibration point of half full capacity (e.g. 100 g), press
    the Function / Mode button. After the screen shows
    "Place weights" and "100.000 g", place weight(s) of 100
    g on the pan for calibration.
  • 5. Once the span calibration is completed successfully,
    CAL.Done will display.
    1.1
    Press any button to return to the previous
    screen
  • 6. Remove the weight(s), and the reading will be set to
    zero
LINEARITY CALIBRATION :
 
Linearity calibration uses three calibration points, one at zero load and the others at specified loads.
 
With no load on the scale, press Linearity Calibration to begin the process.
The balance captures the zero point, and then prompts for the next weight.
Continue to follow the instructions on the display until the calibration is completed
 
  • Steps for linearity calibration
  • 1. Long press the Tare / Menu-Cal button, and the
    Calibration Menu will display
  • 2. Press Yes to enter the Calibration Menu
  • 3. To change the calibration mode, press No until LineRr
    (linearity calibration) is displayed
  • 4. The calibration mass value will be shown in the display.
    After the display shows 100.0000 g, place weight(s) of
    100 g on the pan for calibration
  • 5. Remove the weight(s) of 100 g from the pan. After a
    while, 200.0000 g will be displayed on the screen. Place
    weight(s) of 200 g on the pan
  •  
    6. Once the linearity calibration is completed successfully,
    CAL.done will display.
     
     
    • Press any button to return to the previous
      screen.
  • 7. Remove the weight(s), and the reading will be set to
    zero
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