SCM CUBO2 Smart Condensing Units

 

CUBO Smart Reference Guide

Product Information

The CUBO2 Smart Condensing Units is a range of CO transcritical condensing units that use inverter technology with the Carel Hecu smart control strategy to give lower energy consumption than traditional HFC solutions. With a GWP of 1, R744 systems provide a long-term environmentally friendly solution. The compact condensing unit comes factory pre-set making it easy to install and maintain. The product is available in two configurations: Medium Temperature and Low Temperature. The Medium Temperature model is available in four variants: UMTT 030 MTDX, UMTT 045 MTDX, UMTT 067 MTDX, and UMTT 100 MTDX. The Low-Temperature model is available in three variants: UMTT 030 BTDX, UMTT 045 BTDX, and UMTT 067 BTDX.

Standard Configuration
The standard configuration of the Medium Temperature model is 80 Bar (Liquid Line) / 80 Bar (Suction). The standard configuration of the Low-Temperature model is not specified.

Specifications

Model	Part No.	-15Qo (W)	-10Qo (W)	-5Qo (W)	0Qo (W)	5Qo (W)	Pel (W)	*COP	**MEPS	V/Ph/Hz	Connections	META	P max W
UMTT 030 MTDX	480000	2181	2548	–	2939	3362	1419	1.54	1.76	230 / 1+N+PE / 50	K65 Gas Liquid	MRA A	3300
UMTT 045 MTDX	480001	3293	3847	–	4437	5077	2142	1.54	1.76	230 / 1+N+PE / 50	K65 Gas Liquid	MRA A	4650
UMTT 067 MTDX	480002	4722	–	–	5502	6359	3090	1.53 / 1.73	1.97 / 2.23	230 / 1+N+PE / 50 / 400 / 3+N+PE / 50	K65 Gas Liquid	MRA A	6630
UMTT 100 MTDX	480003	7047	–	–	8211	9491	4612	1.53 / 1.73	1.97 / 2.25	400 / 3+N+PE / 50	–	–	–
UMTT 030 BTDX	480050	3343	3904	–	–	–	2147 / 2149 / 2153	1.56 / 1.70 / 1.81	2.3	230 / 1+N+PE / 50	K65 MRA	–	12700
UMTT 045 BTDX	480051	5049 / 5331 / 5700	3242 / 3250 / 3242	–	–	–	–	1.56 / 1.64 / 1.76	2.3	230 / 1+N+PE / 50	K65 Gas Liquid	MRA A	7360
UMTT 067 BTDX	480052	6599 / 7268 / 7797	4902 / 4994 / 5097	1.35 / 1.46 / 1.53	–	–	–	2.24	400 / 3+N+PE / 50	230 / 1+N+PE / 50	K65 Gas Liquid	MRA A	10620

Features

• Inverter modulation from 25 to 100% (1500 –> 6000 rpm)

Dimensions and Weight
The Medium Temperature model has dimensions of 1150 x 620 x 805 mm and weighs 150 kg. The Low-Temperature model has dimensions of 1545 x 620 x 805 mm and weighs 176 kg.

Sound Pressure
The Medium Temperature model has a sound pressure of dB(A) 38 (@ 10m field). The Low-Temperature model has a sound pressure of dB(A) 41 (@ 10m field).

Usage Instructions
The CUBO2 Smart Condensing Units are designed for use in refrigeration systems. The product comes factory pre-set making it easy to install and maintain. Follow the instructions provided in the product manual for installation and maintenance. The product is available in two configurations: Medium Temperature and Low Temperature. Choose the appropriate configuration based on your refrigeration system requirements. Refer to the product specifications for details on each model and choose the appropriate model based on your specific requirements.

CUBO2 Smart Condensing Units
SCM has developed a range of CO₂ transcritical condensing units that use inverter technology with the Carel Hecu smart control strategy to give lower energy consumption than traditional HFC solutions. This compact condensing unit comes factory pre-set making it easy to install and maintain. With a GWP of 1, R744 systems provide a long-term environmentally friendly solution.

Standard Configuration

• Toshiba DC Brushless Rotary Compressor with Inverter Modulation 25%-100%
• EC Fans
• K65 Connections
• 120 Bar (High-Pressure side) / 80 Bar (Liquid Line) / 80 Bar (Suction)

Model	Part No.	Performance at amb. +32°C	Tev (°C)					Connections K65		MRA A	P max W
			-15	-10	-5	0	5	Gas	Liquid
UMTT 030 MTDX	480000	Qo (W)	2181	2548	2939	3362	3826	3/8”	3/8”	11.6	3300
		Pel (W)	1419	1444	1456	1452	1430
		*COP	1.54	1.76	2.02	2.32	2.68
		**MEPS	1.76
		V / Ph / Hz	230 / 1+N+PE / 50

Model	Part No.	Performance at amb. +32°C	Tev (°C)					Connections K65		MRA A	P max W
			-15	-10	-5	0	5	Gas	Liquid
UMTT 045 MTDX	480001	Qo (W)	3293	3847	4437	5077	5778	3/8″	3/8″	16.1	4650
		Pel (W)	2142	2180	2198	2192	2159
		*COP	1.54	1.76	2.02	2.32	2.68
		**MEPS	1.76
		V / Ph / Hz	230 / 1+N+PE / 50

Model	Part No.	Performance at amb. +32°C	Tev (°C)					Connections K65		MRA A	P max W
			-15	-10	-5	0	5	Gas	Liquid
UMTT 067 MTDX	480002	Qo (W)	4722	5502	6359	7280	8251	3/8″	3/8″	23.1	6630
		Pel (W)	3090	3174	3234	3272	3285
		*COP	1.53	1.73	1.97	2.23	2.51
		**MEPS	3.44
		V / Ph / Hz	230 / 1+N+PE / 50

Model	Part No.	Performance at amb. +32°C	Tev (°C)					Connections K65		MRA A	P max W
			-15	-10	-5	0	5	Gas	Liquid
UMTT 100 MTDX	480003	Qo (W)	7047	8211	9491	10866	–	1/2″	3/8″	17.3	12700
		Pel (W)	4612	4737	4827	4827	–
		*COP	1.53	1.73	1.97	2.25	–
		**MEPS	3.45
		V / Ph / Hz	400 / 3+N+PE / 50

Medium Temperature

• All model’s Inverter modulation from 25 to 100% (1500 –> 6000 rpm)
• Dimensions: mm 1150 x 620 x 805
• Weight: kg 150
• Sound Pressure: dB(A) 38 (@ 10m field)
• PED: 1
• Low Temperature
  

  Model	Part No.	Performance at amb +32 °C	Tev (°C)			Connections K65		MRA A	P max W
  			-30	-25	-20	Gas	Liquid
  UMTT 030 BTDX	480050	Qo [W]	3343	3662	3904	3/8″	3/8″	16.1	6160
  		Pel (W)	2147	2149	2153
  		*COP	1.56	1.70	1.81
  		**MEPS	2.3
  		V/Ph/Hz	230 / 1+N+PE / 50

  Model	Part No.	Performance at amb +32 °C	Tev (°C)			Connections K65		MRA A	P max W
  			-30	-25	-20	Gas	Liquid
  UMTT 045 BTDX	480051	Qo [W]	5049	5331	5700	3/8″	3/8″	22.9	7360
  		Pel (W)	3242	3250	3242
  		*COP	1.56	1.64	1.76
  		**MEPS	2.3
  		V/Ph/Hz	230 / 1+N+PE / 50

  Model	Part No.	Performance at amb +32 °C	Tev (°C)			Connections K65		MRA A	P max W
  			-30	-25	-20	Gas	Liquid
  UMTT 067 BTDX	480052	Qo [W]	6599	7268	7797	3/8″	3/8″	20.4	10620
  		Pel (W)	4902	4994	5097
  		*COP	1.35	1.46	1.53
  		**MEPS	2.24
  		V/Ph/Hz	400 / 3+N+PE / 50

All model’s Inverter modulation from 25 to 100% (1500 –> 6000 rpm)

Model Fin 4.5mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F27HC254 F27HC364 F27HC494 F27HC714 F27HC1074 F27HC1424	10200050 10200051 10200052 10200053 10200054 10200055	85 85 85 85 85 85	1 1 2 2 3 4	1510 1870 3060 3480 5600 7100	900 900 1800 1800 2700 3600	10.5 10.5 12.5 12.5 14 15.5	415 415 415 415 415 415	678 678 1048 1048 1418 1788	330 330 330 330 330 330	12 13 19 21 28 36
Model Fin 6.0mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F27HC286 F27HC386 F27HC556 F27HC856 F27HC1106	10200061 10200062 10200063 10200064 10200065	85 85 85 85 85	1 2 2 3 4	1610 2600 3100 4880 6300	950 1900 1900 2850 3800	11 13 13 14 16	415 415 415 415 415	678 1048 1048 1418 1788	330 330 330 330 330	12 18 20 27 34
Model Fin 7.0mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F27HC167 F27HC237 F27HC317 F27HC467 F27HC707 F27HC927	10200070 10200071 10200072 10200073 10200074 10200075	85 85 85 85 85 85	1 1 2 2 3 4	1120 1450 2330 2840 4420 5800	1000 1000 2000 2000 3000 4000	12 12 14 14 16 17	415 415 415 415 415 415	678 678 1048 1048 1418 1788	330 330 330 330 330 330	10 11 17 19 26 32

Model Fin 4.5mm	Code	CO2 Bar	# Fans	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F30HC4114 F30HC4124 F30HC4214 F30HC4224 F30HC4314	10200080 10200081 10200082 10200083 10200084	85 85 85 85 85	1 1 2 2 3	2560 2880 5200 6200 7400	1450 1300 2900 2600 4350	16 14 19 17 22	415 415 415 415 415	760 760 1210 1210 1660	451 451 451 451 451	23 25 39 44 56
Model Fin 6.0mm	Code	CO2 Bar	# Fans	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F30HC5116 F30HC5126 F30HC5216 F30HC5226 F30HC5316	10200090 10200091 10200092 10200093 10200094	85 85 85 85 85	1 1 2 2 3	2190 2630 4410 5500 6400	1500 1400 3000 2800 4500	17 15 20 18 23	415 415 415 415 415	760 760 1210 1210 1660	451 451 451 451 451	22 24 38 42 54
Model Fin 7.0mm	Code	CO2 Bar	# Fans	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F30HC6117 F30HC6127 F30HC6217 F30HC6227 F30HC6317 F30HC6327	10200100 10200101 10200102 10200103 10200104 10200105	85 85 85 85 85 85	1 1 2 2 3 3	1960 2460 3950 5100 5800 7600	1550 1450 3100 2900 4650 4350	18 16 21 19 24 22	415 415 415 415 415 415	760 760 1210 1210 1660 1660	451 451 451 451 451 451	21 23 37 41 53 58

Model Fin 4.5mm	Code	CO2 Bar	# Fans	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F31HC1154 F31HC1164 F31HC1254 F31HC1264	10200110 10200111 10200112 10200113	85 85 85 85	1 1 2 2	2840 3220 5800 7000	1650 1500 3300 3000	17 15 20 18	415 415 415 415	760 760 1210 1210	451 451 451 451	23 25 39 44
Model Fin 6.0mm	Code	CO2 Bar	# Fans	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F31HC2156 F31HC2166 F31HC2256 F31HC2266 F31HC2356	10200120 10200121 10200122 10200123 10200124	85 85 85 85 85	1 1 2 2 3	2150 2720 4340 5700 6400	1800 1650 3600 3300 5400	19 16 22 19 25	415 415 415 415 415	760 760 1210 1210 1660	451 451 451 451 451	22 24 38 42 54
Model Fin 7.0mm	Code	CO2 Bar	# Fans	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
F31HC3157 F31HC3167 F31HC3257 F31HC3267 F31HC3357	10200130 10200131 10200132 10200133 10200134	85 85 85 85 85	1 1 2 2 3	2150 2720 4340 5700 6400	1800 1650 3600 3300 5400	20 17 23 20 26	415 415 415 415 415	760 760 1210 1210 1660	451 451 451 451 451	21 23 37 41 53

Model Fin 4.5mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
SMA21145	10200030	85	1	2070	1200	10	292	7921	683	20
SMA21245	10200031	85	1	2490	1100	9	292	792	683	22
SMA21345	10200032	85	1	2830	1400	9	292	1137	683	25
SMA21445	10200033	85	1	3180	1300	9	292	1137	683	28
SMA22145	10200034	85	2	4170	2400	12	292	1347	683	32
SMA22245	10200035	85	2	5000	2200	11	292	1347	683	36
SMA23145	10200036	85	3	6300	3600	13	292	1902	683	44
SMA23245	10200037	85	3	7600	3300	12	292	1902	683	50

Model Fin 7.0mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
SMA31170	10200040	85	1	1560	1300	11	292	7921	683	19
SMA31270	10200041	85	1	2050	1200	10	292	7921	683	20
SMA31370	10200042	85	1	2160	1450	10	292	1137	683	25
SMA31470	10200043	85	1	2680	1400	9	292	1137	683	28
SMA32170	10200044	85	2	3120	2600	13	292	1347	683	30
SMA32270	10200045	85	2	4130	2400	12	292	1347	683	33
SMA33170	10200046	85	3	4780	3900	14	292	1902	683	42
SMA33270	10200047	85	3	6200	3600	13	292	1902	683	46
SMA34170	10200048	85	4	6400	5200	15	292	2457	683	54

Model Fin 3.0mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
FHA4032	10200001	85	1	1550	650	8	260	740	555	13
FHA6032	10200002	85	2	2510	1100	9	260	920	555	19
FHA8032	10200003	85	2	3060	1300	9	260	1170	555	24
FHA12032	10200004	85	3	4730	1950	10	260	1640	555	34
FHA16032	10200005	85	4	6200	2600	11	260	2010	555	44

Model Fin 4.5mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
FHA2750	10200011	85	1	1390	720	9	260	740	555	12
FHA4150	10200012	85	2	2270	1200	10	260	920	555	18
FHA5350	10200013	85	2	2820	1440	10	260	1170	555	22
FHA7950	10200014	85	3	4300	2160	11	260	1640	555	32
FHA10650	10200015	85	4	5700	2880	12	260	2010	555	42

Model Fin 7.0mm	Code	CO2 Bar	# Fans 230v	Capacity Watts 8DT1	Air Volume m3/hr	Air Throw M	Dimensions			Weight Kg.
							H	W	D
FHA2880	10200022	85	2	1740	1340	11	260	920	555	17
FHA3580	10200023	85	2	2180	1500	11	260	1170	555	21
FHA5280	10200024	85	3	3260	2250	12	260	1640	555	30
FHA7080	10200025	85	4	4390	3000	13	260	2010	555	40

Model Fin 3.0mm	Code	CO2 Bar	# Fans 230v	Capacity	Watts	Air Volume m3/hr	Air Throw M	Capacity Watts		Air Volume m3/hr	Air Throw M	Dimensions FHD			Weight FHD Kg.
				H Speed	8 DT1			L Speed	8 DT1			H	W	D
FHD7113	10200160	85	1	1100	3060	1800	2 x 11	870	2670	1400	2 x 9	263	888	886	23
FHD7123	10200161	85	1	1100	3790	1800	2 x 11	870	3290	1400	2 x 9	263	888	886	24
FHD7213	10200162	85	2	1100	6200	3600	2 x 12	870	5400	2800	2 x 9	263	1443	1443	26
FHD7223	10200163	85	2	1100	7800	3600	2 x 12	870	6800	2800	2 x 9	263	1443	1443	42

Model Fin 4.5mm

Code

CO2 Bar

# Fans 230v

Capacity Watts

Air Volume m3/hr

Air Throw M

Capacity Watts

Air Volume m3/hr

Air Throw M

Dimensions FHD

Weight FHD Kg.

H Speed

8 DT1

L Speed

8 DT1

H

W

D

FHD8114 FHD8124 FHD8214 FHD8224

10200170 10200170 10200170 10200170

85 85 85 85

1 1 2 2

1100 1100 1100 1100

1520 3490 5100 7200

1900 1900 3800 3500

2 x 11 2 x 11 2 x 13 2 x 12

870 870 870 870

2240 3080 4490 6300

1500 1500 2900 3500

2 x 9 2 x 10 2 x 7.5 2 x 10

263 263 263 263

888 888 1443 1443

886 886 886 886

21 22 35 38

Model Fin 7.0mm	Code	CO2 Bar	# Fans 230v	Capacity	Watts	Air Volume m3/hr	Air Throw M	Capacity Watts		Air Volume m3/hr	Air Throw M	Dimensions FHD			Weight FHD Kg.
				H Speed	8 DT1			L Speed	8 DT1			H	W	D
FHD9117	10200180	85	1	1100	1770	2000	2 x 19	870	1590	1600	2 x 10	263	888	886	19
FHD9127	12022181	85	1	1100	2740	2000	2 x 21	870	2440	1600	2 x 11	263	888	886	21
FHD9217	13844182	85	2	1100	3550	4000	2 x 14	870	3180	3100	2 x 11	263	1443	886	32
FHD9227	15666183	85	2	1100	5600	4000	2 x 14	870	4900	3100	2 x 11	263	1443	886	35

• Dimension: mm 1545 x 620 x 805
• Weight: kg 176
• Sound Pressure: dB(A) 41 (@ 10m field)
• PED: 1

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins. The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• Greatly reduced internal volume
• Low noise levels
• Low energy consumption
• Very compact overall dimensions

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins. The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• Greatly reduced internal volume
• Low noise levels
• Low energy consumption
• Very compact overall dimensions

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins. The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• Greatly reduced internal volume
• Low noise levels
• Low energy consumption
• Very compact overall dimensions

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins. The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• greatly reduced internal volume
• Low noise levels
• Low energy consumption
• Very compact overall dimensions

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins.
The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• Greatly reduced internal volume
• Low noise level
• Low energy consumption
• Very compact overall dimensions
• EC fans available

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins. The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• Greatly reduced internal volume
• Low noise levels Low energy consumption
• Very compact overall dimensions
• EC fans available

Key Features
New super-efficient TURBOCOIL 2 Heat Exchanger – high-efficiency small-diameter copper tubes with tubulated aluminum fins. The suction pressure gauge connection allows checking of suction pressure and correct performance of the unit cooler.

• Reduced dehumidification
• Reduced frost formation
• Increased air throw
• Greatly reduced internal volume
• Low noise levels
• Low energy consumption
• Very compact overall dimensions
• EC fans available

Carel Hecu – Real capacity modulation for CO₂ condensing units

Manufactured by Carel, the Hecu controller provides control for commercial condensing units ensuring a highly efficient system. It has now evolved to work with CO₂. By using DC inverter compressors, the Carel Hecu system can offer real modulation of cooling capacity to achieve low energy consumption at part loads. The high performance attainable with CO₂ means the system complies with the Ecodesign directive on energy performance. Hecu has real-time communication with the evaporator controllers, allowing the implementation of advanced system optimization, with dynamic set points and extremely stable control to ensure perfect food preservation and reduce food waste. Hecu also incorporates an oil recovery mode ensuring the compressor operates effectively and reliably. The CUBO₂ Smart units by SCM Frigo include all the controls and valves necessary to control the condensing unit in subcritical and transcritical operations. It is recommended that the cold room or cabinet should be connected to a Carel controller to fully benefit from the integrated and optimized control system. This would comprise of:

• Coldroom – UltraCella + EVD module + E2V expansion valve or FastLine control panel + E2V expansion valve
• Cabinet – MPX PRO + EV + related probes and cables

If required the CUBO₂ Smart can operate with a 3rd party controller fitted to the cabinet or cold room.

Cold Room Package

Ultracella is a wall-mounted cold room controller that, when combined with additional modules, controls the functions of the cold room including the E2V expansion device. When networked to other cold room/cabinet controllers and the CUBO2 Smart, the system provides a fully integrated control solution with features such as smooth lines and floating suction pressure (the latter provides further energy savings). In addition, the EVD Module is required for all installations and controls the expansion valve(s), and includes an internal transformer. As an option, we offer a power module to provide electrical overload protection for the cold room.

P/N	Description	Qty	Notes	Full P/N	Part No
WB000**0F0 MX30M25HO0	Cold room controller 230 Vac power supply, 6 relays, 0…10 V analog output, 3 NTC/PT1000 inputs, NTC/0…10 V input, 4…20 mA/0…5 Vrat input, 3 multifunction digital inputs, RTC, screw terminals. Purpose:Coldroom controller.	1	** = DW –> LED display double row, white LEDs	WB000DW0F0	58963
WM00EU*000	Ultra EVD expansion valve module, 230 Vac power supply, with Ultracap. Purpose:Driver for EEV on evaporator	1	* = N –> blind, UltraCella combined modular mounting –> EEV commissioning by UltraCella	WM00EUN000	58964
WM00P000NN	Ultracella Power Module	1	Power Module Main Switch	WM00P000NN	58959
E2VxxZyy13	E2Vxx Smart Z with integrated orifice, without sight glass, with bipolar stator hermetic IP69K, with cable 0,3mt and superseal connector IP67. Purpose: EEV on evaporator.	1	xx = 03 –> orifice size 3      yy = WF –> fitting 1/2”-1/2” ODF	E2V03ZWF13	58966
			xx = 05 –> orifice size 5      yy = WF –> fitting 1/2”-1/2” ODF	E2V05ZWF13	58968
			xx = 09 –> orifice size 9      yy = WF –> fitting 1/2”-1/2” ODF	E2V09ZWF13	58970
			xx = 11 –> orifice size 11  yy = WF –> fitting 1/2”-1/2” ODF	E2V11ZWF13	58972
			xx = 14 –> orifice size 14  yy = WF –> fitting 1/2”-1/2” ODF	E2V14ZWF13	58974
			xx = 18 –> orifice size 18  yy = WF –> fitting 1/2”-1/2” ODF	E2V18ZWF13	58976
			xx = 24 –> orifice size 24 yy = SM –> fitting 16mm(5/8”)- 16mm(5/8”) ODF	E2V24ZSM13	58979
E2VCABS*I0	Bipolar valve cable shielded with superseal connector IP67.To connect expansion valve to EEV driver.	1	* = 3 –> cable 3 mt	E2VCABS3I0	58980
			* = 6 –> cable 6 mt	E2VCABS6I0	58955
			* = 9 –> cable 9 mt	E2VCABS9I0	58981
SPKT00G1S0	Pressure transducers “S” series steel: 1/4” SAE female fitting with deflector, 7/16” -20 UNF, PACKARD connector (single package), 0 to 5 Vdc ratiometric pressure transducers, 0 to 60 barg (0 to 870 psig). Purpose: Pressure transducer for superheat control (to MPXPRO)	1		SPKT00G1S0	58991

P/N	Description	Qty	Notes	Full P/N	Part No
SPKC00**10	IP67 cable with co- moulded PACKARD connector for SPKT*. To connect transducer to EVD/ NPX pro driver.	1	** = 53 –> cable 5 mt	SPKC005310	5459
			** = A3 –> cable 12 mt	SPKC00A310	58984
NTC0**HF01	NTC sensor IP67, fast reading, strap-on. Purpose:Temperature sensor on evaporator outlet pipe for EEV control.(to EVD module)	1	** = 60 –> cable 6,0 mt	NTC060HF00	5672
NTC0**HP00	NTC sensor IP67, -50T105 °C (on air). Purpose: Sensor for air and defrost temperature.	2	** = 60 –> cable 6,0 mt	NTC060HP00	5594

An alternative option to the UltraCella controller is to use our Fastline cold room control panel to save on-site wiring time. The panel incorporates the Carel MPXPRO for accurate EEV control, display, and MCBs for individual evaporator fans, defrost heaters, cold room lights, and drain heater protection, with LED indicators for panel life and defrost. The panel cuts installation time significantly and provides the ultimate ready-to-go solution.

Fastline Control Panel

Code	Description
58814	1PH Glass re-enforced plastic Fastline control panel
58814P	1PH Polymer enclosure Fastline control panel
58815	3PH Glass re-enforced plastic Fastline control panel
58815P	3PH Polymer enclosure Fastline control panel
58816	Twin evaporator Fastline control panel

Code	Description
58992	Carel Hecu User Terminal PGD Evolution
5440	Carel S900CONN003 Tele cable 6m

Cabinet Package

MPXpro is a DIN rail-mounted cabinet controller that, when combined with additional modules, controls the functions of the cabinet including the E2V expansion device. When networked to other cabinet/cold room controllers and the CUBO₂ Smart, the system provides a fully integrated control solution with features such as smooth lines temperature control and floating suction pressure (the latter providing further energy savings). MPXpro includes the EVD Module which controls the expansion valve(s). As an option, we offer a power module to provide electrical overload protection for the cold room.

P/N	Description	Qty	Notes	Full P/N	Code
MX30M25HO0	MPXPRO step3 with vertical out, silk-screened connectors, Master 5 relays, 115 to 230 Vac power supply, EXV driver, ultracap. Purpose: Cabinet control with integrated driver for EEV.	1		MX30M25HO0	5906
IR00UGC300	User terminal (green LEDs, Keypad, Buzzer, Commissioning port, IR)	1		IR00UGC300	5907
E2VxxZyy13	E2Vxx Smart Z with integrated orifice, without sight glass, with bipolar stator hermetic IP69K, with cable 0,3mt and superseal connector IP67. Purpose:EEV on evaporator.	1	xx = 03 –> orifice size 3 yy = WF –> fitting 1/2”-1/2” ODF	E2V03ZWF13	58966
			xx = 03 –> orifice size 3 yy = SF –> fitting 12mm-12mm	E2V03ZSF13	58967
			xx = 05 –> orifice size 5 yy = WF –> fitting 1/2”-1/2” ODF	E2V05ZWF13	58968
			x = 05 –> orifice size 5 yy = SF –> fitting 12mm-12mm	E2V05ZSF13	58969
			xx = 09 –> orifice size 9 yy = WF –> fitting 1/2”-1/2” ODF	E2V09ZWF13	58970
			xx = 09 –> orifice size 9 yy = SF –> fitting 12mm-12mm	E2V09ZSF13	58971
			xx = 11 –> orifice size 11 yy = WF –> fitting 1/2”-1/2” ODF	E2V11ZWF13	58972
			xx = 11 –> orifice size 11 yy = SF –> fitting 12mm-12mm	E2V11ZSF13	58973
			xx = 14 –> orifice size 14 yy = WF –> fitting 1/2”-1/2” ODF	E2V14ZWF13	58974
			xx = 14 –> orifice size 14 yy = SF –> fitting 12mm-12mm	E2V14ZSF13	58975
			xx = 18 –> orifice size 18 yy = WF –> fitting 1/2”-1/2” ODF	E2V18ZWF13	58976
			xx = 18 –> orifice size 18 yy = SF –> fitting 12mm-12mm	E2V18ZSF13	58977
			xx = 24 –> orifice size 24 yy = SF –> fitting 12mm-12mm	E2V24ZSF13	58978
			xx = 24 –> orifice size 24 yy = SM –> fitting 16mm(5/8”)- 16mm(5/8”) ODF	E2V24ZSM13	58979
E2VCABS*I0	Bipolar valve cable shielded with superseal connector IP67	1	* = 9 –> cable 9 mt	E2VCABS9I0	58981
SPKT00G1S0	Pressure transducers “S” series steel: 1/4” SAE female fitting with deflector, 7/16” -20 UNF, PACKARD connector (single package), 0 to 5 Vdc ratiometric pressure transducers, 0 to 60 barg (0 to 870 psig). Purpose: Pressure transducer for superheat control (to MPXPRO)	1		SPKT00G1S0	58991
SPKC00**10	IP67, cable with co-moulded PACKARD connector for SPKT*	1	** = 53 –> cable 5 mt	SPKC005310	5459
			** = A3 –> cable 12 mt	SPKC00A310	58984
NTC0**HF01	NTC sensor IP67, fast reading, strap-on,                       -50T105 °C. Purpose:Temperature sensor on evaporator outlet pipe for EEV control.(to MPXPRO)	1	** = 60 –> cable 6,0 mt	NTC060HF00	5672
NTC0**HP00	NTC sensor IP67, -50T105 °C (on air). Purpose: Temperature sensor for air and defrost control. (to MPXPRO)	2	** = 60 –> cable 6,0 mt	NTC060HP00	5594

Bacharach Refrigerant Leak Detection

Human safety is a common reason for refrigerant leak detection in cold rooms and walk-in freezers. This is because refrigerant leaks can create a risk of asphyxiation in an enclosed space. Bacharach has a number of solutions for refrigeration systems using HFC refrigerants and those using natural refrigerants such as CO₂, assisting in compliance with regulations including ASHRAE 15 and EN378. The MGS-150 Gas Detector can meet almost any gas detection need with multiple sensor options for real-time monitoring of refrigerants, oxygen, and combustible and toxic gases. It includes user-selectable current or volt analog outputs, allowing connectivity to most BMS, SCADA, or central control systems. Status LEDs and a buzzer are integrated for local alarm while an onboard relay with a user-adjustable set-point can connect to external visual/audible alarms. A variety of enclosure options, including an economical IP41 housing and a dust/water-tight IP66 housing, allow the MGS-150 transmitters to be placed in the toughest environments. Special remote sensor configurations are available for applications where mounting in vent pipes, ductwork, or other tight spaces is required. In situations where the total charge volume of R744 is more than the limit of 0.1kg for every cubic meter of enclosed space (cold room/plant room size) a leak detection system is required. We can provide a charge calculator to assist in this calculation

K65 Copper Tube

Documents / Resources

SCM CUBO2 Smart Condensing Units [pdf] User Guide CUBO2 Smart Condensing Units, CUBO2, Smart Condensing Units, Condensing Units

References

• User Manual