Difference between revisions of "Siemens B1105"

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{{Infobox multimeter
{{Infobox multimeter
| image          = <!-- [[File:Norma dm950.png|180px]] -->
| image          = [[File:Siemens B1105 small.png|180px]]
| name            = Siemens B1105
| name            = Siemens B1105
| status          = in progress
| status          = supported
| source_code_dir = <!-- serial-dmm -->
| source_code_dir = gmc-mh-1x-2x
| counts          = 310000
| counts          = 310000
| categories      = CAT III 1000 V, CAT IV 600 V
| categories      = CAT III 1000 V, CAT IV 600 V (older version)<br>CAT III 600 V, CAT IV 300 V (newer version)
| connectivity    = Infrared (RS232)
| connectivity    = Infrared (RS232/USB)
| measurements    = voltage, current, resistance, capacitance, temperature, diode, continuity
| measurements    = voltage, current, resistance, capacitance, temperature, diode, continuity
| features        = autorange, data hold, bargraph, backlight
| features        = autorange, data hold
| website        = [http://www.messgeraete-einfach-mieten.de/html/siemens_b1105.html]
| website        = [http://www.messgeraete-einfach-mieten.de/html/siemens_b1105.html]
}}
}}


The '''Siemens B1105''' is a 310000 counts 1000V CAT III/600 V CAT IV handheld digital multimeter with IR (RS232) connectivity.
The '''Siemens B1105''' is a 310000 counts 1000V CAT III/600 V CAT IV (older version) or 600V CAT III/300 V CAT IV (newer version) handheld digital multimeter with IR (RS232/USB) connectivity.


It is an OEM version of the [[Gossen Metrawatt]] [[Gossen Metrawatt Metrahit 28S | Metrahit 28S]]. The only differences seem to be the type, logo and color (grey-blue print on knob,  grey-blue holster) and the voltage rating.
It is an OEM version of the [[Gossen Metrawatt]] [[Gossen Metrawatt Metrahit 28S | Metrahit 28S]]. The only differences seem to be the type, logo and color (light grey-blue print on knob,  light grey-blue holster) and the voltage rating.
 
== Hardware ==
 
* '''Power supply''':
** Battery: 2x ''1,5 V IEC R 6'', ''IEC LR 6'' or corresponding NiCd rechargeable batteries
** External power supply ''NA4/500'' by Gossen Metrawatt, 4.2 V, 500 mA (for older version)
** External power supply ''NA5/600'' by Gossen Metrawatt, 5 V, 600 mA (for newer version, 3-pin plug)
* '''Fuse''':
** Current 300 mA: FF (UR) 1,6 A/1000 V AC/DC (10 kA) 6,3 mm x 32 mm
** Current 3A/10A: FF (UR) 10 A/1000 V AC/DC (30 kA) 10 mm x 38 mm


== Photos ==
== Photos ==


<!--
 
<gallery>
<gallery>
File:Metex Voltcraft M-3650CR 10.JPG|<small>Package</small>
File:siemens b1105 1.jpg|<small>Package</small>
File:Metex Voltcraft M-3650CR 9.JPG|<small>Package, open</small>
File:siemens b1105 2.jpg|<small>Back</small>
File:Metex Voltcraft M-3650CR 1.JPG|<small>Device, front</small>
File:siemens b1105 3.jpg|<small>Inside</small>
File:Metex Voltcraft M-3650CR 2.JPG|<small>Device, right side</small>
File:siemens b1105 4.jpg|<small>IR Interface</small>
File:Metex Voltcraft M-3650CR 3.JPG|<small>Device, back</small>
File:siemens b1105 5.jpg|<small>Display</small>
File:Metex Voltcraft M-3650CR 4.JPG|<small>Device, size</small>
File:Metex Voltcraft M-3650CR 5.JPG|<small>Device, display self test on power on.</small>
File:Metex Voltcraft M-3650CR 6.JPG|<small>Device with test probes</small>
File:Metex Voltcraft M-3650CR 7.JPG|<small>Battery pack opened</small>
File:Metex Voltcraft M-3650CR 8.JPG|<small>Device opened</small>
</gallery>
</gallery>
-->
== Using the device with sigrok ==
The device is supported by the driver gmc-mh-sm-rs232 (in development) and will be detected as a ''Metrahit 28S''. Set the multimeter to use the communication adaptor ''RS232''.
The device might be not detected by the driver if it is in a mode where it sends data rarely, either with a huge send interval or with a measurement function that delivers a very low data rate, e.g.  temperature measurements with K type sensor. Then it should be set to a mode with higher data rate during the initialisation of the driver.


== Measurement functions and ranges ==
== Measurement functions and ranges ==
Note: Work in progress, currently simply wrong!


{|border="0" style="font-size: smaller" class="alternategrey sortable sigroktable"
{|border="0" style="font-size: smaller" class="alternategrey sortable sigroktable"
Line 55: Line 52:
| 300 mV
| 300 mV
| 1 μV
| 1 μV
| ±(0,02% + 0,010% + 5)  
| ±(0.02% + 0.010% + 5)  
| mq V, unit V, mqflags DC
| mq V, unit V, mqflags DC
|  
|  
Line 62: Line 59:
| 3 V
| 3 V
| 10 μV
| 10 μV
| rowspan="4" | ±(0,02% + 0,005% + 5)  
| rowspan="4" | ±(0.02% + 0.005% + 5)  
| "
| "
|  
|  
Line 88: Line 85:
| 300 mV
| 300 mV
| 10 µV
| 10 µV
| ±(0,5% + 30) (> 500 Digit))
| ±(0.5% + 30) (> 500 Digit))
| mq V, unit V, mqflags AC,RMS
| mq V, unit V, mqflags AC,RMS
|
|
Line 95: Line 92:
| 3 V
| 3 V
| 100 μV
| 100 μV
| rowspan="4" | ±(0,2% + 30)
| rowspan="4" | ±(0.2% + 30)
| "
| "
|  
|  
Line 121: Line 118:
| 300 mV
| 300 mV
| 10 μV
| 10 μV
| ±(0,5% + 30) (> 500 Digit))
| ±(0.5% + 30) (> 500 Digit))
| mq V, unit V, mqflags AC,DC,RMS
| mq V, unit V, mqflags AC,DC,RMS
|  
|  
Line 128: Line 125:
| 3 V
| 3 V
| 100 μV
| 100 μV
| rowspan="4" | ±(0,2% + 30)
| rowspan="4" | ±(0.2% + 30)
| "
| "
|  
|  
Line 153: Line 150:
| V db≈
| V db≈
| -48 - 63 dB
| -48 - 63 dB
| 0,01 dB
| 0.01 dB
|  
| ± 0.1 dB
| mq V, unit V, mqflags AC,RMS
| mq V, unit V, mqflags AC,RMS
| Actually the 5 AC ranges, see there for accuracy.
| Actually the 5 AC ranges, see there for accuracy.
Line 161: Line 158:
| V db≈ rel
| V db≈ rel
| -48 - 63 dB
| -48 - 63 dB
| 0,01 dB
| 0.01 dB
|  
| ± 0.1 dB
| mq V, unit V, mqflags AC,RMS
| mq V, unit V, mqflags AC,RMS
| Actually the 5 AC ranges, see there for accuracy. To activate, press yellow button in dB mode, then do second measurement. Cannot be distinguished from non-rel measurement remotely.
| Actually the 5 AC ranges, see there for accuracy. To activate, press yellow button in dB mode, then do second measurement. Cannot be distinguished from non-rel measurement remotely.
Line 170: Line 167:
| 300.00 µA
| 300.00 µA
| 1 nA
| 1 nA
|  
| 0.05% + 0.02% + 5
| mq Curr., unit A, mqflags DC
| mq Curr., unit A, mqflags DC
|  
|  
Line 177: Line 174:
| 3.0000 mA
| 3.0000 mA
| 10 nA
| 10 nA
|  
| 0.05% + 0.01% + 5
| "
| "
|  
|  
Line 184: Line 181:
| 30.000 mA
| 30.000 mA
| 100 nA
| 100 nA
|  
| 0.05% + 0.01% + 5
| "
| "
|  
|  
Line 191: Line 188:
| 300.00 mA
| 300.00 mA
| 1 µA
| 1 µA
|  
| 0.1% + 0.01% + 5
| "
| "
|  
|  
Line 198: Line 195:
| 3.0000 A
| 3.0000 A
| 100 µA
| 100 µA
|  
| 0.2% + 0.05% + 5
| "
| "
|  
|  
Line 205: Line 202:
| 10.000 A
| 10.000 A
| 1 mA
| 1 mA
|  
| 0.2% + 0.05% + 5
| "
| "
|  
|  
Line 213: Line 210:
| 300.00 µA
| 300.00 µA
| 10 nA
| 10 nA
|  
| rowspan="4" | 0.5% + 30
| mq Curr., unit A, mqflags AC,DC,RMS
| mq Curr., unit A, mqflags AC,DC,RMS
|  
|  
Line 220: Line 217:
| 3.0000 mA
| 3.0000 mA
| 100 nA
| 100 nA
|
| "
| "
|  
|  
Line 227: Line 223:
| 30.000 mA
| 30.000 mA
| 1 µA
| 1 µA
|
| "
| "
|  
|  
Line 234: Line 229:
| 300.00 mA
| 300.00 mA
| 10 µA
| 10 µA
|
| "
| "
|  
|  
Line 241: Line 235:
| 3.0000 A
| 3.0000 A
| 100 µA
| 100 µA
|  
| 0.7% + 30
| "
| "
|  
|  
Line 248: Line 242:
| 10.000 A
| 10.000 A
| 1 mA
| 1 mA
|  
| 0.5% + 30
| "
| "
|  
|  
Line 255: Line 249:
| 300.00 Ω
| 300.00 Ω
| 1 mΩ
| 1 mΩ
|  
| rowspan="4" | 0.05% + 0.01% + 5
| mq Res., unit Ω, mqflags -
| mq Res., unit Ω, mqflags -
|
|
Line 262: Line 256:
| 3.0000 kΩ
| 3.0000 kΩ
| 10 mΩ
| 10 mΩ
|
| "
| "
|  
|  
Line 269: Line 262:
| 30.000 kΩ
| 30.000 kΩ
| 100 mΩ
| 100 mΩ
|
| "
| "
|  
|  
Line 276: Line 268:
| 300.00 kΩ
| 300.00 kΩ
| 1 Ω
| 1 Ω
|
| "
| "
|  
|  
Line 283: Line 274:
| 3.0000 MΩ
| 3.0000 MΩ
| 10 Ω
| 10 Ω
|  
| 0.1% + 0.02% + 5
| "
| "
|  
|  
Line 290: Line 281:
| 30.000 MΩ
| 30.000 MΩ
| 100 Ω
| 100 Ω
|  
| 1% + 0.2% + 5
| "
| "
|  
|  
Line 298: Line 289:
| 300 Ω
| 300 Ω
| 100 mΩ
| 100 mΩ
|  
| 1% + 3%
| mq Res., unit Ω, mqflags -
| mq Res., unit Ω, mqflags -
|  
|  
Line 306: Line 297:
| 300 mV
| 300 mV
| 100 µV
| 100 µV
|  
| 0.2% + 3
| mq V, unit V, mqflags DC,DIODE
| mq V, unit V, mqflags DC,DIODE
|  
|  
Line 314: Line 305:
| 3 V
| 3 V
| 100 µV
| 100 µV
|  
| 0.2% + 3
| mq V, unit V, mqflags DC,DIODE
| mq V, unit V, mqflags DC,DIODE
|  
|  
Line 322: Line 313:
| 3.000 nF
| 3.000 nF
| 1 pF
| 1 pF
|  
| rowspan="5" | 1.0% + 0.2
| mq Cap., unit F, mqflags -
| mq Cap., unit F, mqflags -
|
|
Line 329: Line 320:
| 30.00 nF
| 30.00 nF
| 10 pF
| 10 pF
|
| "
| "
|  
|  
Line 336: Line 326:
| 300.0 nF
| 300.0 nF
| 100 pF
| 100 pF
|
| "
| "
|  
|  
Line 343: Line 332:
| 3.000 µF
| 3.000 µF
| 1 nF
| 1 nF
|
| "
| "
|  
|  
Line 350: Line 338:
| 30.00 µF
| 30.00 µF
| 10 nF
| 10 nF
|
| "
| "
|  
|  
Line 397: Line 384:
| Pt100/Pt1000<br> –200.0 - +100.0 °C
| Pt100/Pt1000<br> –200.0 - +100.0 °C
| rowspan="4" | 0.1 °C
| rowspan="4" | 0.1 °C
| ±(0,5 K + 3)
| ±(0.5 K + 3)
| mq Temp., unit °C, mqflags -
| mq Temp., unit °C, mqflags -
|
|
Line 403: Line 390:
|-
|-
| Pt100/Pt1000<br> +100.0 - 850.0 °C
| Pt100/Pt1000<br> +100.0 - 850.0 °C
| ±(0,2% + 3)
| ±(0.2% + 3)
| mq Temp., unit °C, mqflags -
| mq Temp., unit °C, mqflags -
|
|


|-
|-
| K NiCr-Ni -270-+1372,0 °C
| K NiCr-Ni -270-+1372.0 °C
| ±(0,7% + 3)
| ±(0.7% + 3)
| "
| "
|
|
Line 415: Line 402:
|-
|-
| J Fe-CuNi -210 - +1200.0 °C
| J Fe-CuNi -210 - +1200.0 °C
| ±(0,8% + 3)
| ±(0.8% + 3)
| "
| "
| Not tested yet due to lack of corresponding sensor.
| Not tested yet due to lack of corresponding sensor.
Line 421: Line 408:
|-
|-
| °F
| °F
|  
| "
|  
| "
|  
| "
| mq Temp., unit °C, mqflags -
| mq Temp., unit °F, mqflags -
| Details and ranges like °C.
| Details and ranges like °C.


Line 450: Line 437:
|   
|   
|  
|  
| style="background: #ff0000; "| mqflags += HOLD
| style="background: #ff0000; "| <s>mqflags += HOLD</s>
| Disabled while IR interface is active on [[User:Matthias Heidbrink | Matthias']] test device.
| Disabled while IR interface is active on [[User:Matthias Heidbrink | Matthias']] test device.
   
   
Line 471: Line 458:
|-
|-
|}
|}
The ''Accuracy'' row was simplified, see manual for exact specs. If the value contains three values, the middle value is % or range.


The column "sigrok result" contains in short form what the driver generates for the resp. data type.
The column "sigrok result" contains in short form what the driver generates for the resp. data type.


[[Category:Device]]
[[Category:Device]]
[[Category:Multimeter]]
[[Category:Multimeter]]
[[Category:In progress]]
[[Category:Supported]]

Latest revision as of 20:27, 21 September 2016

Siemens B1105
Siemens B1105 small.png
Status supported
Source code gmc-mh-1x-2x
Counts 310000
IEC 61010-1 CAT III 1000 V, CAT IV 600 V (older version)
CAT III 600 V, CAT IV 300 V (newer version)
Connectivity Infrared (RS232/USB)
Measurements voltage, current, resistance, capacitance, temperature, diode, continuity
Features autorange, data hold
Website [1]

The Siemens B1105 is a 310000 counts 1000V CAT III/600 V CAT IV (older version) or 600V CAT III/300 V CAT IV (newer version) handheld digital multimeter with IR (RS232/USB) connectivity.

It is an OEM version of the Gossen Metrawatt  Metrahit 28S. The only differences seem to be the type, logo and color (light grey-blue print on knob, light grey-blue holster) and the voltage rating.

Hardware

  • Power supply:
    • Battery: 2x 1,5 V IEC R 6, IEC LR 6 or corresponding NiCd rechargeable batteries
    • External power supply NA4/500 by Gossen Metrawatt, 4.2 V, 500 mA (for older version)
    • External power supply NA5/600 by Gossen Metrawatt, 5 V, 600 mA (for newer version, 3-pin plug)
  • Fuse:
    • Current 300 mA: FF (UR) 1,6 A/1000 V AC/DC (10 kA) 6,3 mm x 32 mm
    • Current 3A/10A: FF (UR) 10 A/1000 V AC/DC (30 kA) 10 mm x 38 mm

Photos

  • Package

  • Back

  • Inside

  • IR Interface

  • Display

Measurement functions and ranges

Measurement function Range Resolution Accuracy sigrok result Remarks
V= 300 mV 1 μV ±(0.02% + 0.010% + 5) mq V, unit V, mqflags DC
3 V 10 μV ±(0.02% + 0.005% + 5) "
30 V 100 μV "
300 V 1 mV "
1000 V 10 mV "
V≈ 300 mV 10 µV ±(0.5% + 30) (> 500 Digit)) mq V, unit V, mqflags AC,RMS
3 V 100 μV ±(0.2% + 30) "
30 V 100 μV "
300 V 1 mV "
1000 V 10 mV "
V≃ 300 mV 10 μV ±(0.5% + 30) (> 500 Digit)) mq V, unit V, mqflags AC,DC,RMS
3 V 100 μV ±(0.2% + 30) "
30 V 100 μV "
300 V 1 mV "
1000 V 10 mV "
V db≈ -48 - 63 dB 0.01 dB ± 0.1 dB mq V, unit V, mqflags AC,RMS Actually the 5 AC ranges, see there for accuracy.
V db≈ rel -48 - 63 dB 0.01 dB ± 0.1 dB mq V, unit V, mqflags AC,RMS Actually the 5 AC ranges, see there for accuracy. To activate, press yellow button in dB mode, then do second measurement. Cannot be distinguished from non-rel measurement remotely.
A=  300.00 µA 1 nA 0.05% + 0.02% + 5 mq Curr., unit A, mqflags DC
3.0000 mA 10 nA 0.05% + 0.01% + 5 "
30.000 mA 100 nA 0.05% + 0.01% + 5 "
300.00 mA 1 µA 0.1% + 0.01% + 5 "
3.0000 A 100 µA 0.2% + 0.05% + 5 "
10.000 A 1 mA 0.2% + 0.05% + 5 "
A≃  300.00 µA 10 nA 0.5% + 30 mq Curr., unit A, mqflags AC,DC,RMS
3.0000 mA 100 nA "
30.000 mA 1 µA "
300.00 mA 10 µA "
3.0000 A 100 µA 0.7% + 30 "
10.000 A 1 mA 0.5% + 30 "
Ω 300.00 Ω 1 mΩ 0.05% + 0.01% + 5 mq Res., unit Ω, mqflags -
3.0000 kΩ 10 mΩ "
30.000 kΩ 100 mΩ "
300.00 kΩ 1 Ω "
3.0000 MΩ 10 Ω 0.1% + 0.02% + 5 "
30.000 MΩ 100 Ω 1% + 0.2% + 5 "
Ohm/Cont. 300 Ω 100 mΩ 1% + 3% mq Res., unit Ω, mqflags -
Diode/Cont. 300 mV 100 µV 0.2% + 3 mq V, unit V, mqflags DC,DIODE
Diode 3 V 100 µV 0.2% + 3 mq V, unit V, mqflags DC,DIODE
Cap. F 3.000 nF 1 pF 1.0% + 0.2 mq Cap., unit F, mqflags -
30.00 nF 10 pF "
300.0 nF 100 pF "
3.000 µF 1 nF "
30.00 µF 10 nF "
300.0 µF 100 nF ±(5.0% + 6) "
3.000 mF 1 µF "
30.00 mF 1 µF "
Hz≈, ≃ 300.00 Hz 0.001 Hz ±(0.05% + 1) mq Freq., unit Hz, mqflags AC,DC To activate in AC, press yellow button twice.
3.0000 kHz 0.01 Hz "
300.000 kHz 1 Hz "
°C Pt100/Pt1000
–200.0 - +100.0 °C 		0.1 °C ±(0.5 K + 3) mq Temp., unit °C, mqflags -
Pt100/Pt1000
+100.0 - 850.0 °C 		±(0.2% + 3) mq Temp., unit °C, mqflags -
K NiCr-Ni -270-+1372.0 °C ±(0.7% + 3) "
J Fe-CuNi -210 - +1200.0 °C ±(0.8% + 3) " Not tested yet due to lack of corresponding sensor.
°F " " " mq Temp., unit °F, mqflags - Details and ranges like °C.


Event count mq V, unit V, mqflags AC,RMS,REL Counts events >= 2500 digits that last >=2s with a break >=2s. To activate, switch to voltage ACDC, press yellow button twice. Press up to 4 times to cycle parameters, press long to stop. See manual. Not useful remotely because the current measurement value is sent, not the counter.
Stop Watch 100 ns (Time data) Max. 100 Min. To activate, select a 3V-1000V≃ range manually, press yellow button, press AUTO for start/stop, DATA for reset. Using the stop watch delivers only voltage data and sometimes seems to bring the device into a mode where it even sends invalid data packets.
Data Hold mqflags += HOLD Disabled while IR interface is active on  Matthias' test device.
MIN mqflags += MIN Influences only display, via IR flag is set, but actual current value is delivered.
MAX mqflags += MAX Influences only display, via IR flag is set, but actual current value is delivered.

The Accuracy row was simplified, see manual for exact specs. If the value contains three values, the middle value is % or range.

The column "sigrok result" contains in short form what the driver generates for the resp. data type.

Retrieved from "https://sigrok.org/w/index.php?title=Siemens_B1105&oldid=11920"