Guided wave radar level meters GIP-1200

GIP-1200 guided wave radar level meters — image 2

GIP-1200 guided wave radar level meters — image 3

Product Description

The GIP-1200 is a guided wave radar level transmitter using time-domain reflectometry (TDR) technology. It is designed to measure the level of liquids, pastes, granules, powders, and other bulk solids.

Application areas:
• Oil and gas, petrochemical and chemical industries.
• Nuclear industry.
• Mining and processing plants, pulp and paper mills, metallurgy, energy.

Advantages

Possibility of simultaneous measurement of the level and interface between media.
A reliable direct method of level measurement that does not require compensation for changes in process conditions (density, conductivity, viscosity, pH, temperature and pressure).
The absence of moving parts minimizes maintenance.
Suitable for use in the presence of steam, dust, turbulence and foam.

Compliance with standards

GOST 31610.0-2019 (IEC 60079-0:2017)

GOST 31610.0-2014

GOST 30852.0-2002

Certificates

EAEU RU C-RU.PB98.V.00666/25

EAEU N RU D-RU.RA07.V.76727/25

EAEU N RU D-RU.RA07.V.60480/25

ROSS RU.OS01.N00075/25

ROSS RU.FB01.N00140/25

TR TS 032/2013 No. 649/TRTS/R

Markings

Explosion protection marking

1Ex db IIC T6…T1 Gb X

1Ex db IIC 450°С Gb X

0Ex ia IIC T6…T1 Ga X

0Ex ia IIC 450°С Ga X

Ex tb IIIC T80°С…T440°С Db X

Ex tb IIIC T450°С Db X

Ex ia IIIC T80°С…T440°С Da X

Ex ia IIIC T450°С Da X

Marking of mining equipment

PB Ex db I Mb X

PO Ex ia I Ma X

Degree of protection

IP66, IP66/67, IP66/IP68

Probe type	Flexible	Hard	HTHP Execution
Measurement range	0-40 m.	0-6 m.
Accuracy	± 2 mm. (up to 6 meters) ± 3 mm. (at L 10 m. ± 0.03% of the measured value)
Probe material	AISI 316L/C-276/Duplex 2205 (EN 1/4462)
Connection type	Thread/Flange
Temperature of the measured environment	-40…+180 °С (-40…+300 °С used with radiator) -60…+200 °С (-60…+300 °С used with radiator) -196…+260 °С (-196…+360 °С used with radiator)		-196…+450 °C
Pressure of the measured medium	-0.1…4 MPa		-0.1…40 MPa
Ambient temperature	-40…+85 °С (-61…+85 °С)
Output signal	4-20 mA + HART; 4-20 mA + Relay 220 VAC 5A (4-wire circuit) RS-485 (Modbus); Profibus PA/DP;
Indication	Display (built-in or external) LCD, OLED
Configuration	HART communicator, HART modem + PC, Bluetooth, display
Cable entry	M20x1.5 or 1/2 NPT
Enclosure material	Aluminum alloy/Stainless steel
Nutrition	9…40 VDC or 210…250 VAC

Data for the formation of mnemonics

X1-X2-X3-X4-X5-X6-X7-X8-X9-X10-X11-X12-X13-X14-X15-X16/X17-X18-X19-X20-X21-X22-X23-X24-X25-X26-X27-X28 X1-X16 mandatory options
X1	GIP-1200
-	Output signal type
X2	H2	4-20 mA with HART (2-wire)
	H4	4-20 mA with HART (4-wire)
	M	RS-485 Modbus (4-wire circuit)
	P2	Profibus PA (2-wire)
	P4	Profibus DP (4-wire)
-	Explosion protection design
X3	ABOUT	General industrial
	IN	Explosion-proof (dust-proof) enclosure
	AND	Intrinsically safe electrical circuit
-	Material and design of the case
X4	A1	Single-section aluminum
	A2	Two-piece aluminum
	H1	Stainless steel single section
	H2	Stainless steel two-piece
-	Method of mounting the electronic unit
X5	AND	Integral
X5	U	Remote
-	Distance between the electronic unit and the probe
X6	XX	Length of cable connecting the probe and the electronics unit, m
X6	00	for integral mounting
-	Measurement error
X7	1	± 1 mm
	2	± 2 mm
	3	± 3 mm
	0	± 3.5 mm
	5	± 5 mm
	6	± 6 mm
	10	± 10 mm
-	Range: temperatures (pressures) of the technological process:
X8	N	-40…+180 °С; (-0.1…4 MPa)
	WITH	-60…+200 °С; (-0.1…4 MPa)
	IN	-196…+450 °С; (-0.1…40 MPa)
-	Material of process connection and probe
X9	01	Stainless steel 08Х18Н10 (AISI 304)
	02	Stainless steel 03Х17Н13М2 (AISI 316L)
	03	Stainless steel 12X18H10T (AISI 321)
	04	Duplex stainless steel 02Х25Н22АМ2 (EN 1.4466/310 MoLN)
	05	Stainless steel ХН65МВ (Hastelloy C276)
	20	Stainless steel 08Х18Н10 (AISI 304) + with PTFE coating
-	O-ring material:
X10	Tue	Ceramics + graphite (-200 … +500°C)
	K	TRUFLOUREZ T95 (-15 … +300°С)
	E	TRUFLOUREZ EPDM (-50 … +300°С)
	F	Viton Fluoroelastomer V7820 (-17 … +230°С)
	L	Viton Fluoroelastomer V7048 (-40 … +200°С)
	L1	Viton Fluoroelastomer S5050 (-60 … +250°С)
	B	TRUFLOUREZ NBR (-40 … +120°С)
	FS	TRUFLOUREZ FVMQ (-60 … +230°С)
-	Probe type
X11	G0	Flexible
	Ж0	Hard
	K0	Coaxial
	Ж1	Rigid with optional (DVC) L 300mm reference reflector
	K1	Coaxial with optional (DVC) L 300mm reference reflector
	Ж2	Rigid with optional (DVC) L 550mm reference reflector
	K2	Coaxial with optional (DVC) L 550mm reference reflector
-	Probe length
X12	XXXX	Probe length, cm
-	Type of technological connection
X13	P1	Thread 3/4 - 14 NPT
	P2	Thread 1 - 11.5 NPT
	R3	Thread 1 ½ - 11.5 NPT
	P4	Thread G 3/4"
	P5	Thread G 1"
	R6	Thread G 1 ½"
	MK	Bracket mounting
	G1	Flange GOST 33259.01 Steel flat welded flange
	G2	Flange GOST 33259.02 Flat steel flange, loose, on a welded ring
	G3	Flange GOST 33259.03 Flat steel flange, loose, on a flange
	G4	Flange GOST 33259.04 Flat steel flange, loose, on a cluminaire for welding
	G5	Flange GOST 33259.11 Steel butt-welded flange
	G6	Flange GOST 33259. 21 Flange of the valve body
	E1	Flange EN1092-1. 01 Flat weld flange
	E2	Flange EN1092-1.02 Loose-fitting flat flange on a flat weld ring (type 32) or on a weld sleeve (type 33)
	E3	Flange EN1092-1.04 Loose-fitting flat flange on butt weld ring (type 34)
	E4	Flange EN1092-1.11 Welding neck flange
	E5	Flange EN1092-1.12 Loose sleeve flange
	E6	Flange EN1092-1.13 Threaded sleeve flange
	E7	Flange EN1092-1.21 Non-removable flange (integral flange)
	A1	ASME B16.5 flange. Flat welded. SO (Slip On)
	A2	ASME B16.5 Welding Neck Flange (WN)
	A3	ASME B16.5 Threaded Flange.TF (Threaded)
	A4	ASME B16.5 Socket Weld Flange (SW)
	A5	ASME B16.5 flange. Welded with overlap. LJ (Lapped)
-	Size of technological connection
X14	XX	Without mounting flange
	1	DN50
	2	DN80
	3	DN100
	4	DN150
-	Flange pressure
X15	XX	Without mounting flange
	G0	PN6 (GOST)
	G1	PN16 (GOST)
	G2	PN25 (GOST)
	G3	PN40 (GOST)
	G4	PN63 (GOST)
	G5	PN100 (GOST)
	G6	PN160 (GOST)
	G7	PN200 (GOST)
	G8	PN250 (GOST)
	E0	PN6 (EN1092-1)
	E1	PN16 (EN1092-1)
	E2	PN40 (EN1092-1)
	E3	PN63 (EN1092-1)
	E4	PN100 (EN1092-1)
	A0	Class 150 (ASME)
	A1	Class 300 (ASME)
	A2	Class 600 (ASME)
	A3	Class 900 (ASME)
	A4	Class 1500 (ASME)
	A5	Class 2500 (ASME)
-	Design of the sealing surface
X16	XX	Without mounting flange
	0G	GOST. Plane (A)
	1G	GOST. Connecting projection (B)
	2G	GOST. Spike (C)
	3G	GOST. Tenon (L)
	4G	GOST. Groove (D)
	5G	GOST. Groove (M)
	6G	GOST. Protrusion (E)
	7G	GOST. Recess (F)
	8G	GOST For oval gasket (J)
	9G	GOST. Under the lens gasket (K)
	0E	EN 1092-1. Flat surface (A)
	1E	EN 1092-1. Raised connection B1 (PN2.5 - PN40)
	2E	EN 1092-1. B2 connecting flange (PN63 - PN100)
	3E	EN 1092-1. Tenon (C)
	4E	EN 1092-1. Groove (D)
	5E	EN 1092-1. Projection (E)
	6E	EN 1092-1. Fold (F)
	7E	EN 1092-1. Sealing ring boss (G)
	8E	EN 1092-1. Sealing ring groove (H)
	0A	ASME flat face flange (FF)
	1A	ASME. Raised Face (RF)
	2A	ASME. Large Ledge (LM)
	3A	ASME. Small Protrusion (SM)
	4A	ASME. Large Flange (LF)
	5A	ASME. Small Notch (SF)
	6A	ASME. Large Tenon (LT)
	7A	ASME. Small Tenon (ST)
	8A	ASME. Large Groove (LG)
	9A	ASME. Small Groove (SG)
	AA	ASME. Oval Gasket Groove (RTG F)
Additional options
-	Display installation method
X17
	B0	Built-in
	U0	Remote (For 2-wire circuit)
	U1	Remote (For 4-wire circuit)
-	Display type
X18
	D1	LCD display with user interface (from -20 to + 85°C)
	D2	OLED display with user interface (from -61 to + 85°C)
	D3	TFT display with user interface (from -20 to + 70°C)
-	Low-temperature design
X19
	K1	-51 °C ambient temperature
	K2	-61 °C ambient temperature
-	Additional output types
X20
	P1	1 Relay output
	P2	2 Relay Outputs
-	Probe diameter, mm
X21
X21	XX	Specify the probe diameter in the range from 2 to 16 mm (specified if a non-standard diameter is required)
-	Centering disc
X22
	02	2-in SST Centering Disc, 1.8 in. (45 mm) OD
	03	3-in SST Centering Disc, 2.7 in. (68 mm) OD
	04	4-in SST Centering Disc, 3.6 in. (92 mm) OD
	06	6-in SST Centering Disc, 5.55 in. (141 mm) OD
	22	2-in PTFE Centering Disc, 1.8 in. (45 mm) OD
	23	3-in PTFE Centering Disc, 2.7 in. (68 mm) OD
	24	4-in PTFE Centering Disc, 3.6 in. (92 mm) OD
	26	6-in PTFE Centering Disc, 5.55 in. (141 mm) OD
-	Additional metal plate
X23
X23	MT	Additional marking plate (filled out at the customer’s request)
-	Verification
X24
X24	GP	Registration of a verification certificate on paper
-	Configuring the device
X25
X25	KO	Customizing the sensor according to the customer's request
-	Certificates
X26
X26	C1	SIL Certificate
-	Output signal standard
X27
	H1	NAMUR NE 43
	H2	NAMUR NE 107
-	Supply voltage
X28
X28	AC	220 AC

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Model Breakdown

1X-2X-3X-4X-5X-6X-7X-8X-9X-10X-11X-12X-13X-14X-15X-16X/17X-18X-19X-20X-21X-22X-23X-24X-25X-26X-27X-28X

1X - GIP-1200

2X - Output signal type

3X - Explosion-proof design

4X - Case material and design

5X - Method of mounting the electronic unit

6X - Distance of removal of the electronic unit and probe

7X - Measurement error

8X - Temperature (pressure) range of the technological process

9X - Material of process connection and probe

10X - O-ring material

11X - Probe type

12X - Probe length

13X - Type of technological connection

14X - Size of technological connection

15X - Flange pressure

16X - Sealing surface design

17X - Display installation method

18X - Display Type

19X - Low-temperature version

20X - Additional Output Types

21X - Probe diameter, mm

22X - Centering Disc

23X - Additional metal plate

24X - Verification

Sales office

Telephone

+375 (17) 336-96-99

Address

220125, Republic of Belarus, Minsk, Shafarnyanskaya St., 11, room 89

Guided wave radar level meters GIP-1200

Product Description

Advantages

Compliance with standards

Certificates

Markings

Additional information

Submit request

Where to buy GORELTEX products

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Moscow

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Khabarovsk

Minsk