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1.1
SPECIFICATIONS :
Operation Voltage:
Supply Voltage Fluctuation:
Supply Frequency
Max Power Consumption
Operating Temperature
Operating Relative Humidity
Storage Temperature
Storage Relative Humidity
Inputs:
** we reserve the right to change the specifications as listed in above without any prior notice. **
The DRO have been to conforms to relevant standards for electromagnetic compatibility ( EMC ) as detailed
below.
IEC 61000-6-2 : Electromagnetic compatibility, Generic Immunity Standard - Industrial Environment.
IEC 61000-6-4 : Electromagnetic compatibility, Generic Emission Standard - Industrial Environment.
EN 61000-6-2 : Electromagnetic compatibility, Generic Immunity Standard - Industrial Environment.
EN 61000-6-4 : Electromagnetic compatibility, Generic Emission Standard - Industrial Environment.
GB/T 17799-2 : Electromagnetic compatibility, Generic Immunity Standard - Industrial Environment.
GB/T 17799-4 : Electromagnetic compatibility, Generic Emission Standard - Industrial Environment.
2.1 MOUNTING
Select the location of the installation with due regard of safety and ease of operation. Keep the DRO
away of moving parts and coolant spray. To ensure correct operation of the DRO , make sure that the
DRO is correct grounding. Grounding diagram is as shown in SAFETY NOTICE.
The DRO can be mounted on 4 different arm stand brackets as per detailed on the Optional Accessories List.
As shown in Figure 2.1:
Standard Single Joint
Arm Stand
( 3.BR.05.0001 )
SPECIFICATIONS
115 / 230V AC
Not to exceed +10% of the operating voltage
50 - 60Hz
20 VA
0 'C - 45 'C
32 'F
<=95% (45 'C + 2 'C )
-40 'C - 55 'C
-40 'F - 131 'F
<=95% (45 'C + 2 'C)
Depend on model, 2, 3 or 4 Linear Transducers
EMC compliance
MOUNTING & INSTALLATION
Double Joint
Lathe Top Headstock
Arm Stand
( 3.BR.05.0034 )
Figure 2.1 Mounting of the DRO
II
- 113 'F
Arm Stand
(
3.BR.05.0031
)
Standard Lathe
Headstock Arm Stand
(
3.BR.05.0026
)
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