Kern School Balance Emb-s Instructions (+ PDF)

KERN School Balance EMB-S

Contents hide

6 Documents / Resources

6.1 References

7 Related Posts

Features

Simple and convenient 2-key operation
Tare function facilitates formulation work
Particularly flat design
Ready for use: Batteries included
1 Ring-shaped draught shield standard, only for models with weighing plate size ∅ 82 mm, weighing space ∅×H 96×35 mm
Hook for underfloor weighing standard
2 Also available as KERN EMB 500-1BE Black Edition
Note: With the optional auxiliary set for density determination KERN YDB-04 also well suited for school and teaching operation

Technical Data

Large LCD display, digit height 15 mm
Dimensions weighing surface
A ∅ 82 mm, plastic, with conductive lacquer

B ∅ 105 mm, plastic

C ∅ 150 mm, plastic, see large picture
Batteries included, 9 V block, respectively 2×1.5 V AA
Net weight approx. 0,85 kg
Permissible ambient temperature 5 °C/35 °C

Accessories

Stainless steel weighing plate, only for models with weighing plate size B, KERN EMB-A02
External universal mains adapter, with universal input and optional input socket adapters for EU, CH, GB, USA, KERN YKA-03N
3 Ancillary kit for density determination of liquids and solids with density > 1. Scope of supplies: Bridge for holding the beaker (∅ 102 mm), hook (H 139 mm), suitable for models with weighing plate size A, KERN YDB-04

STANDARD

OPTION

Model	Weighing capacity	Readability	Reproducibility	Linearity	Housing dimensions W×D×H	Weighing plate
KERN	g	g	g	g	mm	KERN
EMB 100-3	100	0,001	0,001	± 0,005	170×244×54	A	963-127
EMB 200-3	200	0,001	0,001	± 0,005	170×244×54	A	963-127
EMB 200-2	200	0,01	0,01	± 0,02	170×244×39	B	963-127
EMB 600-2	600	0,01	0,01	± 0,03	170×244×39	B	963-127
EMB 1000-2	1000	0,01	0,01	± 0,05	170×244×39	C	963-127
EMB 2000-2	2000	0,01	0,01	± 0,05	170×244×39	C	963-127
EMB 500-1	500	0,1	0,1	± 0,2	170×244×39	C	963-127
EMB 500-1BE	500	0,1	0,1	± 0,2	170×244×39	C	963-127
EMB 1200-1	1200	0,1	0,1	± 0,3	170×244×39	C	963-127
EMB 3000-1	3000	0,1	0,1	± 0,3	170×244×39	C	963-127
EMB 6000-1	6000	0,1	0,1	± 0,3	170×244×39	C	963-128
EMB 2200-0	2200	1	1	± 2	170×244×39	C	963-127
EMB 5.2K1	5200	1	1	± 3	170×244×39	C	963-128
EMB 5.2K5	5200	5	5	± 10	170×244×39	C	963-128

KERN PICTOGRAMS

Internal adjusting:
Quick setting up of the balance‘s accuracy with internal adjusting weight (motor driven)

Adjusting program CAL:
For quick setting up of the balance‘s accuracy. External adjusting weight required

Easy Touch:
Suitable for the connection, data transmission and control through PC or tablet.

Memory:
Balance memory capacity, e.g. for article data, weighing data, tare weights, PLU etc.

Alibi memory:
Secure, electronic archiving of weighing results, complying with the 2014/31/EU standard.

KERN Universal Port (KUP):
allows the connection of external KUP interface adapters, e.g. RS-232, RS-485, SB, Bluetooth, WLAN, Analogue, Ethernet etc. for the exchange of data and control commands, without installation effort

Data interface RS-232:
To connect the balance to a printer, PC or network

RS-485 data interface:
To connect the balance to a printer, PC or other peripherals. Suitable for data transfer over large distances. Network in bus topology is possible

USB data interface:
To connect the balance to a printer, PC or other peripherals

Bluetooth* data interface:
To transfer data from the balance to a printer, PC or other peripherals

WiFi data interface:
To transfer data from the balance to a printer, PC or other peripherals

Control outputs (optocoupler, digital I/O):
To connect relays, signal lamps, valves, etc.

Analogue interface:
to connect a suitable peripheral device for analogue processing of the measurements

Interface for second balance:
For direct connection of a second balance

Network interface:
For connecting the scale to an Ethernet network

KERN Communication Protocol (KCP):
It is a standardized interface command set for KERN balances and other instruments, which allows retrieving and controlling all relevant parameters and functions of the device. KERN devices featuring KCP are thus easily integrated with computers, industrial controllers and other digital systems

GLP/ISO log:
The balance displays weight, date and time, independent of a printer connection

GLP/ISO log:
With weight, date and time. Only with KERN printers.

Piece counting:
Reference quantities selectable. Display can be switched from piece to weight

Recipe level A:
The weights of the recipe ingredients can be added together and the total weight of the recipe can be printed out

Recipe level B:
Internal memory for complete recipes with name and target value of the recipe ingredients. User guidance through display

Totalizing level A:
The weights of similar items can be added together and the total can be printed out

Percentage determination:
Determining the deviation in % from the target value (100 %)

Weighing units:
Can be switched to e.g. nonmetric units. See balance model. Please refer to KERN‘s website for more details

Weighing with tolerance range:
(Check weighing) Upper and lower limiting
can be programmed individually, e.g. for sorting and dosing. The process is supported by an audible or visual signal, see the relevant model

Hold function:
(Animal weighing program) When the weighing conditions are un stable, a stable weight is calculated as an average value

Protection against dust and water splashes IPxx:
The type of protection is shown in the pictogram.

Suspended weighing:
Load support with hook on the underside of the balance

Battery operation:
Ready for battery operation. The battery type is specified for each device

Rechargeable battery pack:
Rechargeable set

Universal plug-in power supply:
with universal input and optional input socket adapters for
A) EU, CH, GB
B) EU, CH, GB, USA
C) EU, CH, GB, USA, AUS

Plug-in power supply:
230V/50Hz in standard version for EU, CH. On request GB, USA or AUS version available

Integrated power supply unit:
Integrated in balance. 230V/50Hz standard EU. More standards e.g. GB, USA or AUS on request

Weighing principle: Strain gauges
Electrical resistor on an elastic deforming body

Weighing principle: Tuning fork
A resonating body is electromagnetically excited, causing it to oscillate

Weighing principle: Electromagnetic force compensation
Coil inside a permanent magnet. For the most accurate weighing’s

Weighing principle: Single cell technology:
Advanced version of the force compensation principle with the highest level of precision

Verification possible:
The time required for verification is specified in the pictogram

DAkkS calibration possible (DKD):
The time required for DAkkS calibration is shown in days in the pictogram

Factory calibration (ISO):
The time required for Factory calibration is shown in days in the pictogram

Package shipment:
The time required for internal shipping preparations is shown in days in the pictogram

Pallet shipment:
The time required for internal shipping preparations is shown in days in the pictogram

*The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by KERN & SOHN GmbH is under license. Other trademarks and trade names are those of their respective owners.