Equipment Description
Technical Description:
(Please provide a brief
description of the intended
use of the equipment
including the technologies
the product supports)
Manufacturer:
Model:
Part Number:
Hardware Version:
Software Version:
FCC ID of the product under test – see
guidance here
IC ID of the product under test – see
guidance here
The MSR module can be used in products for
different types of wireless connectivity. The
Bluetooth function can be used for smart devices
and 802.15.4 based protocols e.g. Thread,
GLoWPAN, etc. for monitoring, control or cloud
services
Grundfos Holding A/S
MSR – Multistandard Radio module
BLE Module 92542810 ; MSR Module 92542811
R02 & R03
bleModule_CC2652R1_V04.40.04.xxxx
OG3-RA2G4MSR
10447A-RA2G4MSR
Intentional Radiators
Technology
Frequency Range
(MHz to MHz)
Conducted Declared
Output Power (dBm)
Antenna Gain (dBi)
Supported
Bandwidth(s) (MHz)
(e.g 1 MHz, 20 MHz,
40 MHz)
Modulation
Scheme(s)
(e.g GFSK, QPSK etc)
ITU Emission
Designator
(see guidance here)
(not mandatory for
Part 15 devices)
Bottom Frequency
(MHz)
Middle Frequency
(MHz)
BLE
2400 –
2483.5
MHz
4
2.15
O-QPSK
/ GMSK
1M00X
2400
MHz
1
Top Frequency
(MHz)
2483.5
MHz
Highest frequency generated or used in the device or on which
the device operates or tunes
Lowest frequency generated or used in the device or on which
the device operates or tunes
Class A Digital Device (Use in commercial, industrial or business environment) ☒
Class B Digital Device (Use in residential environment only) ☐
2483.5 MHz
2400 MHz
Un-intentional Radiators
AC Power Source
AC supply frequency:
Voltage
Max current:
Single Phase ☐
Three Phase ☐
Hz
V
A
2
Voltage:
End-point voltage:
V
V (Point at which the
battery will terminate)
Alkaline ☐ Leclanche ☐ Lithium ☐ Nickel Cadmium ☐ Lead Acid* ☐ *(Vehicle
regulated)
Other ☐ Please detail:
Can the EUT transmit whilst being
charged
Yes ☐
No ☒
V
V
V
A
°C
°C
dB
DC Power Source
Nominal voltage:
Extreme upper voltage:
Extreme lower voltage:
Max current:
3.3
3.8
2.0
0.10
Battery Power Source
Charging
Temperature
Cable Loss
Minimum temperature:
Maximum temperature:
-10
+70
Adapter Cable Loss
(Conducted sample)
1.0
Antenna Characteristics
Antenna connector ☐
Temporary antenna connector ☐
Integral
antenna ☒
External
antenna ☐
For external antenna only:
Typ
e:
Typ
e:
State
impedance
State
impedance
Gain
Gain
2.15
Ohm
Ohm
dBi
dBi
3
Standard Antenna Jack ☐ If yes, describe how user is prohibited from changing
antenna (if not professional installed):
Equipment is only ever professionally installed ☐
Non-standard Antenna Jack ☐
Ancillaries (if applicable)
Manufacturer:
Model:
Part Number:
Country of Origin:
I hereby declare that the information supplied is correct and complete.
Name: Nikolaj Haahr Korshøj
Position held: Lead Digital Compliance Specialist
Date: 02.06.2021
4