Samcon RoughCam IPM2036 User manual

RoughCam®IPM2036
User Manual

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Table of contents
1Introduction ..............................................................................................................4
2Technical data ..........................................................................................................4
2.1 Illustration of the model key.................................................................................4
2.2 Electrical parameters of the camera....................................................................6
2.3 Connection cable.................................................................................................6
2.3.1 Connection cable for models without cooling (SKD01-T/ASKD02-T)........................................6
2.3.2 Connection cable for model with cool.Jacket (SKD05-HT) .......................................................7
2.4 Video-technical characteristics............................................................................8
2.5 Other technical data............................................................................................8
2.6 IR-LED illumination..............................................................................................8
2.6.1 Settings for automatic switching to night mode .........................................................................9
2.6.2 Optimize IR illumination.............................................................................................................9
2.6.3 Illumination tests......................................................................................................................10
3Safety Instructions.................................................................................................11
4Installation ..............................................................................................................11
5Electrical connection .............................................................................................13
5.1 Potential equalization........................................................................................13
5.2 Connection work at the device (terminal box) and fuses...................................14
5.2.1 Fusing......................................................................................................................................18
5.2.2 Plug assignments (RJ45).........................................................................................................19
5.2.3 Tests prior to switching on voltage ..........................................................................................20
6Working inside the camera housing.....................................................................21
6.1 Preparation for work:.........................................................................................21
6.2Opening the housing.........................................................................................21
6.3 Removing / inserting a SD memory card...........................................................23
6.4 Hardware Reset ................................................................................................24
6.5 Closing of the pressure-resistant housing.........................................................24
7Network access and visualization ........................................................................25
7.1 Browser Support................................................................................................25
7.2 Assigning the IP address...................................................................................25
7.3 Password/ Identification ....................................................................................26
8Maintenance / Modification....................................................................................26
9Disposal / Recycling ..............................................................................................27
10 Drawings, 3D models, certificates & further documentation..........................27

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Table of Figures and Charts
Table 2-1 Model key..........................................................................................................4
Figure 2-1 Sectional view of SKD01-T...............................................................................6
Figure 2-2 Sectional view of ASKD02-T ............................................................................7
Figure 2-3 Sectional view of SKD05-HT............................................................................7
Table 2-2 Other technical data ..........................................................................................8
Table 4-1 Mounting accessories......................................................................................12
Figure 5-1 RoughCam IPM2036 Potential equalization...................................................13
Table 5-1 Potential equalization ......................................................................................13
Figure 5-2 RoughCam IPM2036 T10-VA2.1.K1.BOR-L.H-xxx.N-T.................................14
Figure 5-3 RoughCam IPM2036 T10-VA2.1.K1.BOR-L.H-xxx.N-P.................................14
Figure 5-4 RoughCam IPM2036 T10-VA2.1.K1.BOR-L.HH-010.N-T..............................15
Figure 5-5 Video Tutorial ExTB-3....................................................................................15
Table 5-2. Wire assignment of terminal box ExTB-2 .......................................................15
Table 5-3 Wire assignment of terminal box ExTB-2/3 (ASKD02-T).................................16
Figure 5-6 Sample circuit of terminal box ExTB-2 ...........................................................16
Figure 5.7 –Connection to the terminal box....................................................................17
Table 5-4 Wire assignment of terminal box ExTB-2 (SKD05-HT)....................................18
Figure 5-8 Plug assignment, RJ45 ..................................................................................19
Figure 6-1 Removing the weather protection roof (1/2) (this illustration is an example)..21
Figure 6-2 Removing the weather protection roof (2/2) (similar illustration) ....................21
Figure 6-3 Opening the RoughCam IPM2036 (similar illustration)...................................22
Figure 6-4 Structure of the camera (similar illustration)...................................................23
Figure 7-1 Axis IP Utility ..................................................................................................26
History of revisions
Product: RoughCam® IPM2036
Title: User Manual for RoughCam®IPM2036
Doc. -Id. 220815-PT10BA-ES-RoughCam IPM2036_en_rev.00.docx
Author: Eva Schneider, Grad. Eng. (UAS)
Created on: 15.08.2022
Rev.
Index
Date
Name
Comment
Approved by
0
15.08.2022
E. Schneider
Compilation of the document
Sebastian Weber
2022.09.08 11:24:35 +02'00'

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1 Introduction
The RoughCam IPM2036 is a powerful mega-pixel day-/night IP camera (4MP resolution)
with advanced analysis (object classification). The camera has a high-definition television
resolution (2668x1512) and is equipped with integrated IR-illumination. Besides this it
has a Deep Learning Processor Unit for artificial intelligence with deep learning.
The RoughCam series is suitable for indoor as well as outdoor applications. It is extreme-
ly robust and therefore perfect for even the roughest industrial conditions. The stainless
steel housing allows additional alloys, a powder coating, or coats of varnishes as well as
various mechanical accessories in order to extend the resistance towards extreme envi-
ronmental conditions (salt water, acid, solar radiation, high mechanical strains etc.). Due
to the usage of high-quality PTFE sealings, not only the protection level IP68 is reached
but also the chemical resistance is maximized. To see other approvals, please visit our
website at www.samcon.eu/en
When designing the RoughCam IPM2036, we attached a very high importance to me-
chanical precision and high quality of stainless steel.
2 Technical data
2.1 Illustration of the model key
Product-
name
Model variants
Options
1)
2)
Type
3)
Housing-
combination
4)
Temp.-
range
5)
Cable
length [m]
6)
Cable
termin.
7)
Lens
RoughCam
IPM2036
T10-
VA2.1.K1.BOR-
L.H-
005.N-
P-
085/056/041
T10-
VA2.1.K1.BOR-
L.H-
005.N-
T-
085/056/041
T10-
VA2.1.K1.BOR-
L.H-
005.A-
P-
085/056/041
T10-
VA2.1.K1.BOR-
L.H-
005.A-
T-
085/056/041
T10-
VA2.1.K1.BOR-
LL.H-
005.N-
P-
085/056/041
T10-
VA2.1.K1.BOR-
LL.H-
005.N-
T-
085/056/041
T10-
VA2.1.K1.BOR-
LL.H-
005.A-
P-
085/056/041
T10-
VA2.1.K1.BOR-
LL.H-
005.A-
T-
085/056/041
T10-
VA2.1.K1.BOR-
L.HH-
010.N-
T-
085/056/041
T10-
VA2.1.K1.BOR-
LL.HH-
010.N-
T-
085/056/041
Table 2-1 Model key
Explanations:
1) RoughCam IPM2036 = Functional camera description of the RoughCam Series (technical data/
specification of the individual camera module)
2) T10 = SAMCON Production- Type 10 (for safe areas)
3) VA2.1.K1.BOR = T11 housing (stainless steel 1.4404) with large diameter
ØVA2=113mm)

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VA2.1.K1.BOR = T11 VA2.1 housing with medium body length (L.R = 210.20mm)
VA2.1.K1.BOR = K1 cable gland flange
VA2.1.K1.BOR = Borosilicate sight glass DIN7080 (standard, for video cameras within visible
spectral range: λ= 350…2000 [nm] and photografical infrared range (NIR),
not suitable for thermographic applications (MIR/ FIR)
4) L.X= Low ambient temperature range, standard heater installed (Tamb > -30°C)
X.H= High temperature (Tamb < +55°C)
LL.H= PTC heater installed (Tamb > -60°C)
L.HH= Active cooling with cool.Jacket for extreme high temperatures
(Tamb < +120°C)
5) 005.N = Length of the connection line in meter at delivery; 5m is the
standard cable length, max. cable length is: 005…100 [m]
005.N= Non armoured cable
005.A= Armoured cable
6) P= Plug- termination (standard)
CAT6, RJ-45 network plug (heavy duty), AWG 26-22,
contact assignment acc. To specification EIA/TIA-568B
T = Terminal Box termination (optional)
4 x PoE Mode A connection (camera PoE)
(see chapter electrical connection)
7) Lens options
Model
Lens
Iris
Horizontal
AoV@16/9
T10-VA2.1.K1.BOR-X.X-XXX.X-X-085 (wide (standard))
Megapixel lens 3.6mm
F1.8 IR
85°
T10-VA2.1.K1.BOR-X.X-XXX.X-X-056 (normal)
Megapixel lens 6.0mm
F1.9 IR
56°
T10-VA2.1.K1.BOR-X.X-XXX.X-X-041 (tele)
Megapixel lens 8.0mm
F1.8 IR
41°

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2.2 Electrical parameters of the camera
Power supply of the camera via Ethernet (PoE):
Voltage supply: PoE, IEEE 802.3af/802.3at type 1 class 3
Reference voltage: +48 V DC (44...54 V DC)
Maximum power consumption: 12.95 W
Typical power consumption: 5.0 W
Supply of the camera with heating (PoE+):
Voltage supply: PoE, IEE 802.3at type 2 class 4
Reference voltage: +48 V DC (44...54 V DC)
Max. power consumption: 25.5 W (30 W from the PSD)
Typical power consumption: 12.95 W
2.3 Connection cable
Description: Data transfer and power supply of the camera
module (compliant with DIN EN 60079-14)
Jacket colour: Green (GN), similar to RAL3001
2.3.1 Connection cable for models without cooling (SKD01-T/ASKD02-T)
Systemcable SKD01-T:
Outside diameter: 9.1 ± 0.2 mm
Bending radius: 10 x Dawhen installed, 5 x Daafter relocation
Data line: 4 x 2 x AWG22/1 CAT.6
Properties: PUR halogen-free, flame-retardant, UV-
resistant, chemical resistance, shielded
Figure 2-1 Sectional view of SKD01-T

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System cable ASKD02-T:
Outside diameter: 12.0 ± 0.4 mm
Bending radius: 20 x Dawhen installed and
10 x Daafter relocation
Data line: 4 x 2 x AWG23/1 CAT.6
Properties: PUR halogen-free, flame-retardant, UV-
resistant, chemical resistance, shielded
(see www.samcon.eu)
Quicklink:
https://www.samcon.eu/fileadmin/documents/en/60- Assembling%26mounting/ASKD02-T_Datasheet.pdf
Figure 2-2 Sectional view of ASKD02-T
2.3.2 Connection cable for model with cool.Jacket (SKD05-HT)
Description: Data transfer and power supply of the camera
module (compliant with DIN EN 60079-14)
Jacket colour: Grey (GY)
Systemcable SKD05-HT:
Outside diameter: 6.60 ± 0.2 mm
Bending radius: 8 x Dawhen installed and 4 x Daafter relocation
Data line: 4 x 2 x AWG26/7 CAT.6
Properties: FEP, flame-retardant, UV-resistant, chemical
resistance, for extreme hot temperatures
Quick link:
https://www.samcon.eu/fileadmin/documents/en/60-Assembling%26mounting/SKD05-HT_Datasheet.pdf
Figure 2-3 Sectional view of SKD05-HT

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2.4 Video-technical characteristics
We use the AXIS M2036-LE Network Camera in a pressure-resistant enclosure. For de-
tails, please refer to the Product Documentation, video-technical data of AXIS®:
https://www.axis.com/products/axis-m2036-le
2.5 Other technical data
Protection class: IP 66/68 (IEC /EN 60529)
Transport/storage temperature: -40°C…+65°C (non-condensing)
Ambient temperature: -30°C…+55°C (Type…L.H…)
-60°C…+55°C (Type…LL.H…)
-30°C…+120°C (Type…L.HH)
1
-50°C…+120°C (Type…LL.HH)
Table 2-2 Other technical data
2.6 IR-LED illumination
When switching to night mode, the camera uses both visible and near-infrared light to
deliver bright and detailed black and white images instead of color images.
2x high efficiency LEDs
2
IR-LEDs with optimized infrared spectral component (λcentroid = 850 [nm]), enable high-
contrast black and white camera images in the dark and under difficult lighting conditions
(max. distance in complete darkness 2m, otherwise typical range depends on lighting
conditions (residual light) and Scene). See test protocol for illumination.
1
This model requires the SAMCON cool.Jacket.
2
In the case of IR LED illumination, the viewing angle may be minimally restricted or a shadow/reflection may be visible, depending
on the lens, the adjustment of the illumination angla and the residual light. Image disturbances possible due to multiple LED light
reflections on the borosilicate sight glass of the stainless steel housing.
Camera
Terminal box (Ex-e)
Permissible ambient temperature
-30°C … +55°C
(PoE power supply model L.H)
-60°C … +55°C
(PoE+ model LL.H)
-60°C … +55°C
Protection class as per EN
60529/IEC 529
IP66/68
(Test conditions: 24h/3m
water column 5°C)
IP66
Housing material
stainless steel, mat. no. 1.4404
polyester resin
Weight
about 4.6 kg
about 1 kg
Dimensions
D113mm x 210mm
145mm x 145mm x 71mm

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Attention!
Infrared radiation may emanate from this product. Do not look directly
at the operating lamp.
2.6.1 Settings for automatic switching to night mode
1. Set the IR-cut filter to Auto: go to Video > Image > Day-night mode
2. Determination of the light level from which the camera should switch to night mo-
de: move the Thresold slider towards Bright or Dark.
3. To use the built-in IR light oft he camera, when the camera is in night mode: Acti-
vate Allow IR illumination and Synchronize IR illumination.
4. Tip:
Set the switch to night mode when it is brighter Image remains sharper, as there
is less low-light noise.
Set the switch to night mode when it is darker colors are maintained for longer,
but there is more image blur due to low-light noise.
2.6.2 Optimize IR illumination
Depending on the positioning and conditions around the camera, such as external light
sources in the scene, IR illumination can sometimes be improved by manually adjusting
the intensity of the LEDs.
1. Go to Video > Image > Day-night mode.
2. Activate Allow illumination.
3. Go to and select Manual.
4. Adjust the intensity.

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2.6.3 Illumination tests
Tests with IR illumination ON
85°
56°
41°
With low
light
Object
distance
0.5m
Dark-
ness
Object
distance
0.5m
Dark-
ness
Object
distance
1m
Dark-
ness
Object
distance
2m
Dark-
ness
Object
distance
5m
In absolute darkness, the internal infrared illumination can only be used up to a maximum
object distance of 2.0 m. In addition, the quality of the image is strongly influenced by the
resulting reflections and the object to be observed is no longer visible.
The image quality increases as soon as an external infrared light source is used.
When illuminated by external infrared light, the distance to be observed is more than
30.0m and the image has no noticeable loss of quality due to the illumination.
In absolute darkness, it is advisable to use an external infrared light source.

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3 Safety Instructions
Please observe the national safety regulations and regulations for prevention of
accidents, as well as to the safety instructions given below in this User Manual!
Attention!
Repairs may only be carried out by using original parts from the man-
ufacturer. Repairs may only be carried out in accordance with the na-
tionally applied regulations and exclusively by the manufacturer.
Attention!
Prior to installation, take external sources of heat or cold into account!
The temperature ranges prescribed for storage, transport and operat-
ing must be adhered to!
4 Installation
For commissioning and operating the camera, the relevant national regulations, as well
as the generally accepted rules of technology shall prevail. Before mounting the camera,
thoroughly check it for any transport damage, especially on the housing and cable. Instal-
lation, electrical connection and the first start must only be carried out by qualified spe-
cialists.
Work preparation:
Attention!
Prepare your work carefully and in accordance with the relevant
regulations.
To ensure the best image quality delivered by the network camera, plan the installation
site carefully (consider light conditions, object distance or size, angle and minimum object
distance to the focus).
Use appropriate tools and aids.
When working, ensure a safe stand.
Make sure that any static charge is avoided.
Attention!
Please observe the national security, installation and accident preven-
tion regulations and the safety instructions in this User Manual!
The RoughCam®IPM2036 consists of a camera housing and, optionally (models with a
terminal box …-T), a terminal box. Both units are connected via a 5 m cable. Mount the

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camera according to the desired field of view. Install the terminal box so that a good ac-
cessibility is provided, in order to facilitate electrical connection.
Attention!
Please pay attention to the national and local regulations for mounting
heavy loads. In case of doubt, take appropriate security measures.
Drawings for drill hole patterns and further information can be viewed on our product
page:
Quick link:
https://www.samcon.eu/en/products/roughcam/roughcam-ipm2036/
Optional mounting accessories
Wall bracket
WMB-...
WALL MOUNT WMB-VA2.1/2.2
Wall bracket for cameras of the T10-VA2.1-Series
Suitable for hanging the cameras on walls.
Material: Stainless steel 1.4404
Load bearing: 25 kg
Dimensions: 80 x 100 x 275 mm
Weather protec-
tion roof
WPR-…
WEATHER PROTECTION ROOF WPR-VA2.1
Weathershield for cameras of the T10-VA2.1-
Series
Pole adapter
PMB-…
WALL MOUNT BRACKET PMB-VA2.1
Pole adapter for VA wall mount
Material: stainless steel 1.4404
Suitable for pole diameters
between 50 and 100 mm
Load-bearing capacity: 50 kg
Dimensions:120 x 180 (x 130 bei Mast Ø 60 mm)
Table 4-1 Mounting accessories

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5 Electrical connection
Attention!
The electrical connection of the equipment may only be carried out by
qualified and skilled personnel!
Attention!
It is absolutely necessary to ground the RoughCam®series’ housing
via the PA connection.
The delivered RoughCam®IPM2036 is equipped with an electrical connection cable of
the type SKD01-T/ASKD02-T (models without cooling) or type SKD05-HT (models with
cool.Jacket). The maximum transmission range from the camera to the next active
network interface is 100 meters (without cool.Jacket) or 60 meters (models L.HH) and
can be individually specified by the client. The user is NOT authorised to do electrical
connection procedures inside the enclosure.
5.1 Potential equalization
Figure 5-1 RoughCam IPM2036 Potential equalization
Potential equalization/grounding of the camera housing is absolutely necessary, in order
to avoid static charges and thus the formation of sparks. For this purpose, a screw termi-
nal is provided at the rear side, at the bottom (right) (see Figure 5-1). The cross-section
of the potential equalization should comply with the National Ground Rules (at least
4mm2).
Wiring table:
Potential
Colour (IEC 60757)
Cross-
section
Comment
PA
GN/YE
4 mm2(rigid)
Terminal: Slotted screw M4x0.7 (DIN 84) with
washer Ø9mm (DIN 125A),
Keep 3 Nm tightening torque!
Table 5-1 Potential equalization

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5.2 Connection work at the device (terminal box) and fuses
RoughCam IPM2036 (PoE+) (Camera and Heater)
Power supply: PoE, IEEE 802.3at type 2 class 4
Reference power: 48 V DC (44...54 V DC)
Maximum power input: 25.5 W (30 W from the PSD)
Typical power input: 12.95 W
Power supply for the camera (PoE)
Voltage supply: PoE, IEEE 802.3af/802.3at type 1 class 3
Reference voltage: +48 V DC (44...54 V DC)
Maximum power consumption: 12.95 W
Typical power consumption: 5.0 W
The figures 5.2 and 5.3 illustrate the potential cable terminations of the RoughCam
IPM2036. Possible terminations are: terminal box or plug.
Figure 5-2 RoughCam IPM2036 T10-VA2.1.K1.BOR-L.H-xxx.N-T
Figure 5-3 RoughCam IPM2036 T10-VA2.1.K1.BOR-L.H-xxx.N-P
Figure 5.4 shows RoughCam IPM2036 with active cooling cool.Jacket.

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Figure 5-4 RoughCam IPM2036 T10-VA2.1.K1.BOR-L.HH-010.N-T
Video Tutorial:
Observe our video tutorial:
“SAMCON 01 Wiring the cable SKDP03-T to the junction box ExTB-3”
https://go.samcon.eu/v01
Figure 5-5 Video Tutorial ExTB-3
The pin assignment of the SKD01-T is executed in accordance with the standard
EIA/TIA-568B as follows:
Camera
(T568B)
Colour
SKD01-T
(IEC60757)
Terminal
Box
Cross-
sectional
surface
Comment
Tx+
WH / OG
1
0.32 mm2
Solid conductor
Tx-
OG
2
0.32 mm2
Solid conductor
Rx+
WH / GN
3
0.32 mm2
Solid conductor
Rx-
GN
4
0.32 mm2
Solid conductor
(PoE +48 VDC)
WH / BU
5
0.32 mm2
Solid conductor
(PoE +48 VDC)
BU
6
0.32 mm2
Solid conductor
(PoE GND)
WH / BN
7
0.32 mm2
Solid conductor
(PoE GND)
BN
8
0.32 mm2
Solid conductor
GND/SHD
YE / GN
PE
2.5 mm2
Flex
Table 5-2. Wire assignment of terminal box ExTB-2

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The pin assignment of the ASKD02-T is executed in accordance with the standard
EIA/TIA-568B as follows:
Camera
(T568B)
Colour
ASKD02-T
(IEC60757)
Terminal
Box
Cross-
sectional
surface
Comment
Reinforcement
YE / GN
PE
2.5 mm2
Flex
Tx+
WH / OG
1
0.26 mm2
Solid conductor
Tx-
OG
2
0.26 mm2
Solid conductor
Rx+
WH / GN
3
0.26 mm2
Solid conductor
Rx-
GN
4
0.26 mm2
Solid conductor
(PoE +48 VDC)
WH / BU
5
0.26 mm2
Solid conductor
(PoE +48 VDC)
BU
6
0.26 mm2
Solid conductor
(PoE GND)
WH / BN
7
0.26 mm2
Solid conductor
(PoE GND)
BN
8
0.26 mm2
Solid conductor
GND/SHD
YE / GN
PE
2.5 mm2
Flex
Table 5-3 Wire assignment of terminal box ExTB-2/3 (ASKD02-T)
Figure 5-6 Sample circuit of terminal box ExTB-2
RoughCam IPM2036
SKD02-T
SKD02-T

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Figure 5.7 –Connection to the terminal box
Attention!
Introduce the foiling up to about 15 mm close to the terminals, in order
to prevent alien crosstalk. Make sure that the foiling cannot cause any
short circuit of the data pairs!
Attention!
Bring the twisted pair composite up to about 10 mm close to the ter-
minals, in order to ensure interference immunity.
Attention!
Use only terminals approved by SAMCON.
Attention!
Finally, check your network installation with a Class-D Link Test.
Note:
If the camera is equipped with a camera cooling system (SAMCON cool.Jacket for model
key type X.HH), the wiring is executed via the cable SKD05-HT. An appropriate water
supply has to be provided by the customer.
PoE(+) 802.3af
100 BASE TX
Ethernet

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The pin assignment of the SKD05-HT is executed in accordance with the standard
EIA/TIA-568B as follows:
Camera
(T568B)
Colour
SKD05-HT
(IEC60757)
Terminal
Box
Cross-
sectional
surface
Comment
Tx+
WH / OG
1
0.14 mm2
Solid conductor
Tx-
OG
2
0.14 mm2
Solid conductor
Rx+
WH / GN
3
0.14 mm2
Solid conductor
Rx-
GN
4
0.14 mm2
Solid conductor
(PoE +48 VDC)
WH / BU
5
0.14 mm2
Solid conductor
(PoE +48 VDC)
BU
6
0.14 mm2
Solid conductor
(PoE GND)
WH / BN
7
0.14 mm2
Solid conductor
(PoE GND)
BN
8
0.14 mm2
Solid conductor
GND/SHD
YE / GN
PE
2.5 mm2
Flex
Table 5-4 Wire assignment of terminal box ExTB-2 (SKD05-HT)
5.2.1 Fusing
PoE power supply requires no fuses. The power supply fusing depends on the cable
cross-section and length.
Attention!
Please pay attention to the national and international regulations re-
garding selectivity and line protection.

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5.2.2 Plug assignments (RJ45)
The data transfer of the RoughCam IPM2036 uses a 100 Mbit/s Ethernet connection
(100BASE-TX). If the cable termination uses a plug, the latter should be plugged into the
RJ45 PoE slot of the network device (PSE). Prior to connecting it to the camera, the net-
work device (PSE) can already be supplied with power, hence there is no „power ON“
priority which has to be observed.
Attention!
Use appropriate RJ45 plugs! Check the cable shielding, cross-section
and the outside diameter!
Attention!
It is imperative to ensure a correct routing of the individual wires ac-
cording to the EIA/TIA-568B"
Attention!
Finally, check your network installation with a Class-D Link Test.
Detailed instructions on how to connect a RJ45 plug are available in our video tutorial:
“SAMCON 03 Mounting and installing the RJ45 jack to SAMCON cables”
https://go.samcon.eu/v03
Figure 5-8 Plug assignment, RJ45

Doc.-ID: 220815-PT10BA-ES-RoughCam IPM2036_en_rev.00.docx, Page 20 of 28
5.2.3 Tests prior to switching on voltage
Attention!
Prior to starting the device, perform all tests as indicated by the na-
tional regulations. Furthermore, check the correct function and instal-
lation of the device in accordance with this User Manual and other ap-
plicable regulations.
Attention!
Incorrect installation or operation of the camera may lead to a loss of
warranty!
Attention!
Do not switch on the camera at temperatures below 0°C!