Kobold REG User manual

Operating Instructions
for
Flow Restrictors
Model: REG

REG
page 2 REG K16/0722
1.Contents
1. Contents........................................................................................................2
2. Note ..............................................................................................................3
3. Instrument Inspection....................................................................................3
4. Regulation Use .............................................................................................3
5. Operating Principle........................................................................................4
6. Mechanical Connection.................................................................................4
7. Technical Information....................................................................................5
8. Differential Pressure Curve...........................................................................5
9. Dimensions and Order Codes.......................................................................6
10. Disposal......................................................................................................14
11. EU Declaration of Conformance .................................................................15
12. UK Declaration of Conformity......................................................................16
Manufactured and sold by:
Kobold Messring GmbH
Nordring 22-24
D-65719 Hofheim
Tel.: [phone]
Fax: [phone]
E-Mail: [email protected]
Internet: www.kobold.com

REG
REG K16/0722 page 3
2.Note
Please read these operating instructions before unpacking and putting the unit
into operation. Follow the instructions precisely as described herein.
The instruction manuals on our website www.kobold.com are always for currently
manufactured version of our products. Due to technical changes, the instruction
manuals available online may not always correspond to the product version you
have purchased. If you need an instruction manual that corresponds to the
purchased product version, you can request it from us free of charge by email
([email protected]) in PDF format, specifying the relevant invoice number and
serial number. If you wish, the operating instructions can also be sent to you by
post in paper form against an applicable postage fee.
The devices are only to be used, maintained and serviced by persons familiar
with these operating instructions and in accordance with local regulations
applying to Health & Safety and prevention of accidents.
When used in machines, the measuring unit should be used only when the
machines fulfil the EC-machine guidelines.
as per PED 2014/68/EU
In acc. with Article 4 Paragraph (3), "Sound Engineering Practice", of the
PED 2014/68/EU no CE mark.
3.Instrument Inspection
All instruments are inspected before shipping and sent out in perfect condition.
Should damage to a device be visible, we recommend a thorough inspection of
the delivery packaging. In case of damage, please inform your parcel service /
forwarding agent immediately, since they are responsible for damages during
transit.
Scope of delivery:
The standard delivery includes:
•Flow Restrictors model: REG
4.Regulation Use
Any use of the Flow Restrictor, model: REG, which exceeds the manufacturers
specification may invalidate its warranty. Therefore, any resulting damage is not
the responsibility of the manufacturer. The user assumes all risk for such usage.

REG
page 4 REG K16/0722
5.Operating Principle
KOBOLD model REG flow restrictors serve to keep constant quantities of liquids
in pipework systems. The REG rate regulators are ideally suited for the simple
restriction of a preset value of throughputs of water or of liquids similar to water.
The flow restrictors ensure an equilibrium, particularly in systems with many
consumers and resulting pressure fluctuations caused by random flow conditions.
In other words, the desired throughput is not exceeded.
Constant flow is achieved by two stainless steel spring plates that are crosswise
mounted and riveted together. The gap between the spring-loaded stainless steel
plate and the seal-surface is continuously varied as the differential pressure
changes. As the differential pressure decreases, the gap widens, and it closes as
the pressure increases, thus maintaining a constant flow volume through the
device.
6.Mechanical Connection
Before installation:
•Remove all transport securing devices and make sure that there are no more
packaging parts left in the device.
•Make sure that the permitted maximum operating pressures and temperatures
for the device are not exceeded (see 7 Technical Information)
•Install the flow limiter into the piping without mechanical stress.
•Protect the measuring pipe against external damage.
•Avoid pressure surges in the measuring pipe e.g. by blocking the flow quickly.
•If possible, after mechanical installation, make sure that the connection
between screw connection and pipe is tight and does not leak.
•Inlet and outlet run: the flow restrictor generally does not require any inlet and
outlet runs.
However, if a significant diameter reduction is necessary directly before or after
the restrictor, an inlet and outlet section of ∼3x DN must be set up.
Note the direction of flow: Depending on the design, the REG are marked with a
direction arrow or a label e.g. "IN".
Maximum tightening torques for process connection:
G ½ 30 Nm
G ¾ 30 Nm
G1 38 Nm
Warning! The differential pressure must not exceed 10 bar.

REG
REG K16/0722 page 5
7. Technical Information
Connections: female thread G ½, G ¾
female/male thread G ½ G ¾
male thread G ¾
female thread ¾ NPT
female/male thread ¾ NPT
multiple element
male thread
G 1 ½, G 2, G 2 ¼, G 2 ½
Flange DN 20/25/32/40/50/65/80/100
Service temperature: -10...+300 °C
Operating pressure: max. 200 bar
Allowable operating
pressure REG-82Fx: see order details, page 11, table
Differential pressure: min. 2.0 bar
Differential pressure: max. 10 bar
Materials
(see drawing for details):
Brass-version brass and stainless steel
Stainless steel-version all stainless steel
8. Differential Pressure Curve

REG
page 6 REG K16/0722
9. Dimensions and Order Codes

REG
REG K16/0722 page 7
Dimensions and Order Details G screw thread (example: REG-0101)
Dimensions Male thread
G 3/4 Female/female thread G 1/2 Female/female thread G 3/4 Female/male thread G 1/2 Female/male thread G 3/4
L [mm]
-
42
50
42
50
GT [mm]
-
14
16
14
16
GL [mm]
-
-
-
14
16
GI
-
G 1/2
G 3/4
G 1/2
G 3/4
GA
G3/4
-
-
G 1/2
G 3/4
AF [mm]
-
27
36
27
36
H [mm]
15
-
-
-
-
Through-
put
L/min
Tolerance
L/min Brass Stainless steel Brass Stainless steel Brass Stainless steel Brass Stainless steel Brass Stainless steel
0,5 ± 0.2 REG-0100 REG-0200 REG-1100D REG-1200D REG-2100D REG-2200D REG-3100D REG-3200D REG-4100D REG-4200D
1± 0.2 REG-0101 REG-0201 REG-1101D REG-1201D REG-2101D REG-2201D REG-3101D REG-3201D REG-4101D REG-4201D
2± 0.2 REG-0102 REG-0202 REG-1102D REG-1202D REG-2102D REG-2202D REG-3102D REG-3202D REG-4102D REG-4202D
3 ± 0.4 REG-0103 REG-0203 REG-1103D REG-1203D REG-2103D REG-2203D REG-3103D REG-3203D REG-4103D REG-4203D
4 ± 0.4 REG-0104 REG-0204 REG-1104D REG-1204D REG-2104D REG-2204D REG-3104D REG-3204D REG-4104D REG-4204D
5 ± 0.5 REG-0105 REG-0205 REG-1105D REG-1205D REG-2105D REG-2205D REG-3105D REG-3205D REG-4105D REG-4205D
6 ± 0.5 REG-0106 REG-0206 REG-1106D REG-1206D REG-2106D REG-2206D REG-3106D REG-3206D REG-4106D REG-4206D
8 ± 0.5 REG-0108 REG-0208 REG-1108D REG-1208D REG-2108D REG-2208D REG-3108D REG-3208D REG-4108D REG-4208D
9 ± 0.7 REG-0109 REG-0209 REG-1109D REG-1209D REG-2109D REG-2209D REG-3109D REG-3209D REG-4109D REG-4209D
10 ± 0.7 REG-0110 REG-0210 REG-1110D REG-1210D REG-2110D REG-2210D REG-3110D REG-3210D REG-4110D REG-4210D
11 ± 0.7 REG-0111 REG-0211 REG-1111D REG-1211D REG-2111D REG-2211D REG-3111D REG-3211D REG-4111D REG-4211D
12 ± 0.7 REG-0112 REG-0212 REG-1112D REG-1212D REG-2112D REG-2212D REG-3112D REG-3212D REG-4112D REG-4212D
16 ± 1.2 REG-0116 REG-0216 REG-1116D REG-1216D REG-2116D REG-2216D REG-3116D REG-3216D REG-4116D REG-4216D
20 ± 1.2 REG-0120 REG-0220 REG-1120D REG-1220D REG-2120D REG-2220D REG-3120D REG-3220D REG-4120D REG-4220D
25 ± 1.5 REG-0125 REG-0225 REG-1125D REG-1225D REG-2125D REG-2225D REG-3125D REG-3225D REG-4125D REG-4425D
30 ± 1.5 REG-0130 REG-0230 REG-1130D REG-1230D REG-2130D REG-2230D REG-3130D REG-3230D REG-4130D REG-4230D
40 ± 2 REG-0140 REG-0240 REG-1140D REG-1240D REG-2140D REG-2240D REG-3140D REG-3240D REG-4240D REG-4240D

REG
page 8 REG K16/0722
Dimensions and Order Details NPT screw thread (example: REG-5101)
Dimensions Female/female thread
¾ NPT Female/male thread ¾ NPT
L [mm]
45
45
GT [mm]
14
14
GL [mm]
-
17
GI
¾ NPT
¾ NPT
GA
-
¾ NPT
AF [mm]
30
30
H [mm]
-
-
Throughput
L/min
Tolerance
L/min
Brass
Stainless
steel
Brass
Stainless
steel
0,5 ± 0,2 REG-5100 REG-5200 REG-6100 REG-6200
1 ± 0,2 REG-5101 REG-5201 REG-6101 REG-6201
2 ± 0,2 REG-5102 REG-5202 REG-6102 REG-6202
3 ± 0,4
REG-5103
REG-5203
REG-6103
REG-6203
4 ± 0,4 REG-5104 REG5204 REG-6104 REG-6204
5 ± 0,5 REG-5105 REG-5205 REG-6105 REG-6205
6 ± 0,5 REG-5106 REG-5206 REG-6106 REG-6206
8 ± 0,5 REG-5108 REG-5208 REG-6108 REG-6208
9 ± 0,7 REG-5109 REG-5209 REG-6109 REG-6209
10 ± 0,7 REG-5110 REG-5210 REG-6110 REG-6210
11 ± 0,7 REG-5111 REG-5211 REG-6111 REG-6211
12 ± 0,7 REG-5112 REG-5212 REG-6112 REG-6212
16 ± 1,2
REG-5116
REG-5216
REG-6116
REG-6216
20 ± 1,2 REG-5120 REG-5220 REG-6120 REG-6220
25 ± 1,5 REG-5125 REG-5225 REG-6125 REG-6225
30 ± 1,5 REG-5130 REG-5230 REG-6130 REG-6230
40 ± 2 REG-5140 REG-5240 REG-6140 REG-6240

REG
REG K16/0722 page 9
Order Details multiple element (example: REG-92 R402 080)
Design Size Throughput* in L/min
REG-92...
Multiple element made of
stainless steel 1.4301
..R402..=G 1 1.2; 2-fold 1.0...080
..R403..=G 1 1.2; 3-fold 1.5...120
..R503..= G 2; 3-fold 1.5...120
..R504..= G 2; 4-fold 2.0...160
..R585..=G 2 1.4; 5-fold 2.5...200
..R656..=G 2 1.2; 6-fold 3.0...240
..R657..=G 2 1.2; 7-fold 3.5...280
*The throughput is calculated by adding the regulating inserts (see also single elements).
Example: The throughput 55 L/min is obtained with one restrictor
with two regulating inserts (30 plus 25 L/min).
Thickness: 15 mm

REG
page 10 REG K16/0722
Order Details multiple element – flange version
(example: REG-82 F32 2 080)
Design Flange
Number of
elements
Flow rate* in L/min
REG-82...
Multiple element with flange
EN 1092-1, PN 16-40
stainless steel 1.4301/1.4571
..F20..
= DN 20 ..1.. = 1-fold 0.5...040
..F25..
= DN 25
..F32..= DN 32
..2.. = 2-fold
1.0...080
..F40..= DN 40
..2.. = 2-fold
1.0...
080
..3.. = 3-fold
1.5...120
REG-82...
Multiple element with flange
EN 1092-1, PN 16
made of stainless steel
1.4301/1.4571
..F50..= DN 50
..2.. = 2-fold
1.0...080
..3.. = 3-fold
1.5...
120
..4.. = 4-fold
2.0...
160
..5.. = 5-fold
2.5...
200
..F65..= DN 65
..4.. = 4-fold
2.0...160
..5.. = 5-fold
2.5...
200
..6.. = 6-fold
3.0...
240
..7.. = 7-fold
3.5...280
..F80..= DN 80
..5.. = 5-fold
2.5...
200
..6.. = 6-fold
3.0...240
..7.. = 7-fold
3.5...280
..8.. = 8-fold
4.0...
320
..9.. = 9-fold
4.5...
360
..F1H..= DN 100
..6.. = 6-fold
3.0...
240
..7.. = 7-fold
3.5...280
..8.. = 8-fold
4.0...
320
..Z.. = 10-fold
5.0...
400
..B.. = 12-fold
6.0...480
..D.. = 10-fold
7.0...
560
*The throughput is calculated by adding the regulating inserts (see also single elements).
Example: The throughput 55 L/min is obtained with one restrictor with two regulating inserts
(30 plus 25 L/min).

REG
REG K16/0722 page 11
REG-82 Fxx-Flange-dimensions for PN 16-40
DN
PN
Outer-Ø
[A]
Bolt Circle-Ø
[L]
Hole- Ø
[B]
Sealing
surface- Ø
[D]
Flange
thickness
[t]*
20
16-40
105
75
14
58
18
25
115
85
68
32
140
100
18
78
40
150
110
88
50
16
165
125
102
65
185
145
122
80
200
160
138
20
100
220
180
158
* Sealing surface on both sides
Dimensions in mm

REG
page 12 REG K16/0722
Order Details multiple element (example: REG-82 A32 2 080)
Design Flange NPS
Number of
elements
Flow rate* in LPM
REG-82...
Multiple element with flange
ASME class 150 B16.5
..A20..
= ¾“ ..
1
.. = 1-fold
0.5...040
..A25..= 1“ ..1.. = 1-fold
..A32..= 1¼“
..1.. = 1 fold
..A40..
= 1½“
..1.. = 1-fold
..A50..= 2“
..2.. = 2-fold
1.0...
080
..3.. = 3-fold
1.5...
120
..A65..= 2½“
..4.. = 4-fold
2.0...
160
..5.. = 5-fold
2.5...
200
..6.. = 6-fold
3.0...
240
..7.. = 7-fold
3.5...280
..A80..= 3“
..5.. = 5-fold
2.5...
200
..6.. = 6-fold
3.0...240
..7.. = 7-fold
3.5...280
..8.. = 8-fold
4.0...
320
..9.. = 9-fold
4.5...
360
..A1H..= 4“
..6.. = 6-fold
3.0...
240
..7.. = 7-fold
3.5...
280
..8.. = 8-fold
4.0...
320
..Z.. = 10-fold
5.0...
400
..B.. = 12-fold
6.0...480
..D.. = 14-fold
7.0...
560
*The throughput is calculated by adding the regulating inserts (see also single elements).
Example: The throughput 55 L/min is obtained with one restrictor with two regulating inserts
(30 plus 25 L/min).

REG
REG K16/0722 page 13
REG-82 Axx-Flange-dimensions for ASME B16.5
NPS
class
Outer-Ø
[A]
Bolt-Circle-Ø
[L]
Hole- Ø
[B]
Sealing surface- Ø
[D]
Flange
thickness
[t]*
¾“
150
100
69.9
15.9
42.9
11.2
1“
110
79.4
50.8
12.7
1¼“
115
88.9
63.5
14.3
1½“
125
98.4
73.0
15.9
2“
150
120.7
19.1
92.1
17.5
2½“
180
139.7
104.8
20.7
3“
190
152.4
127.0
22.3
4“
230
190.5
157.2
22.3
* Sealing surface on both sides
Dimensions in mm

REG
page 14 REG K16/0722
10.Disposal
Note!
•Avoid environmental damage caused by media-contaminated parts
•Dispose of the device and packaging in an environmentally friendly
manner
•Comply with applicable national and international disposal regulations and
environmental regulations.
Batteries
Batteries containing pollutants are marked with a sign consisting of a crossed-out
garbage can and the chemical symbol (Cd, Hg, Li or Pb) of the heavy metal that
is decisive for the classification as containing pollutants:
Cd1Hg2Pb3Li4
1. „Cd" stands for cadmium
2. „Hg" stands for mercury
3. „Pb" stands for lead
4. „Li" stands for lithium
Electrical and electronic equipment

REG
REG K16/0722 page 15
11.EU Declaration of Conformance
We, KOBOLD Messring GmbH, Hofheim-Ts, Germany, declare under our sole
responsibility that the product:
Flow Restrictors Model: REG-...
to which this declaration relates is in conformity with the standards noted below:
EN IEC 63000:2018 Technical documentation for the assessment of electrical
and electronic products with respect to the restriction of hazardous substances
to which this declaration relates is in conformity with the following EC guidelines:
2011/65/EURoHS (category 9)
2015/863/EU Delegated Directive (RoHS III)
Hofheim, 18 March 2022
H. Volz M. Wenzel
General Manager Proxy Holder

REG
page 16 REG K16/0722
12.UK Declaration of Conformity
We, KOBOLD Messring GmbH, Hofheim-Ts, Germany, declare under our sole
responsibility that the product:
Flow Restrictors Model: REG-...
to which this declaration relates is in conformity with the standards noted below:
BS EN IEC 63000:2018 Technical documentation for the assessment of
electrical and electronic products with respect to the restriction of hazardous
substances.
to which this declaration relates is in conformity with the following UK guidelines:
S.I. 2012/3032 The Restriction of the Use of Certain Hazardous
Substances in Electrical and Electronic Equipment
Regulations 2012
Hofheim, 18 March 2022
H. Volz M. Wenzel
General Manager Proxy Holder