Sierra Monitor Corporation HRG015-W, HRG010-W operation manual Documents, Standard Specifications

Models: HRG015-W HRG010-W

1 67
Download 67 pages 52.52 Kb
Page 59
Image 59

HRX-OM-J049-A

Chapter 7 Documents

Chapter 7 Documents

7.1 Standard Specifications

Installation Operating environment

Table 7-1 Standard Specifications (1/2)

Item

HRG010-W

 

HRG015-W

Rated ambient temp.

 

32°C (5 to 40°C)

Humidity range

 

45 to 75%RH (No condensation)

Fluid used

Circulating fluid/fresh water (tap water) or fluids resistant to corrosion of a wetted surface

(such as SUS304 and PVC)

 

Input

Rated capacity of tank

40L

50L

Supply voltage

3-phase

AC200(50Hz), AC200 to 220V (60Hz)

Recommended earth

40A, 30mA

60A, 30mA

leakage breaker capacity,

Sensitivity current

 

 

Rated power consumption

3.2/3.8 - 3.8 kW

4.7/5.8 - 5.8 kW

Rated operating current

12.0/12.5 - 12.5A

18.0/19.0 – 19.0A

Rated consumption

3.2/3.8 - 3.8 kWh/h

4.7/5.8 - 5.8kWh/h

electric energy

 

 

Output

Display

Facility water

Start/stop command

signal

Rated temp. / accuracy of

circulating fluid

Temp. range of circulating

fluid

Rated cooling capacity

Rated heating capacity

Pumping capacity

Rated flow

Max. flow rate

Output

Op. signal

 

signal Emergency stop signal

Temperature control

Operation panel

Refrigerant high pressure

gauge

Refrigerant pressure

gauge

Level indicator

Supply temp.: 25°C (5 to 32°C),

Supply temp.: 25°C (5 to 32°C),

Flow rate: Max. 33/34L/min,

Flow rate: Max. 38/40L/min,

IN/OUT differential pressure: Max.

IN/OUT differential pressure: Max. 0.25/0.2MPa,

0.25/0.2MPa,

Max. supply press.: 0.3 to 0.4MPa, Exhaust heat:

Max. supply press.: 0.3 to 0.4MPa, Exhaust

heat: Approx. 16W

Approx. 23W

 

Remote operation starts upon application of DC24V and 8 mA, and stops at DC0V.

20±1.0°C (only under given load condition)

5 to 35°C

10.0/11.0 kW

14.5/16.5kW

(50/60 Hz, 20°C at outlet, 37/49L/min of flow)

(50/60 Hz, 20°C at outlet, 42/54L/min of flow)

- (1.1kW of pump motor output only)

- (0.75kW of pump motor output only)

Max. head: 50/50m (50/60Hz, 0/0L/min of flow, 0.49/0.49MPa of supply pressure)

37/49L/min

42/54L/min

(50/60Hz, 25/25m of the max. head,

(50/60Hz, 25/25m of the max. head,

0.29/0.33MPa of supply pressure)

0.28/0.31MPa of supply pressure)

48/60L/min

54/65L/min

(50/60Hz, 0/0m of the max. head,

(50/60Hz, 0/0m of the max. head,

0.08/0.12MPa of supply pressure)

0.05/0.09MPa of supply pressure)

Relay contact ( AC250V of contact capacity, 1A, resistance load. Contact closes during operation,

and contact opens during stop and during power-off.)

Relay contact (AC250V of contact capacity, 1A, resistance load. Contact closes while alarm light

remains OFF and during power-off, and contact opens while alarm light remains ON.)

Combined use of temperature control through compressor operation (ON/OFF) and capacity

control through solenoid valve control (ON/OFF)

7segment digital display, capable of display in 0.1°C increments

PV (operating temp.): 4-digit display in green, SV (set temp.): 4-digit display in red

Other display lamps: ALARM1 to 3 individual display in the event of an error)

Range: -0.1 to 3.5 MPa

Range: 0 to 1.0 MPa

SMC Ø-10 tube TU1065C (transparent)

HRG010-W HRG015-W

7.1 Standard Specifications

1st edition : Aug. 2006

7-1

Rev. A: May. 2007

Page 59
Image 59
Sierra Monitor Corporation HRG015-W, HRG010-W operation manual Documents, Standard Specifications

HRG015-W, HRG010-W specifications

Sierra Monitor Corporation is renowned for its innovative solutions in the field of industrial monitoring and control. Among its noteworthy offerings are the HRG010-W and HRG015-W wireless gas detectors, specifically designed to enhance safety and efficiency in various industrial environments. These devices provide critical monitoring for hazardous gases, thereby ensuring compliance with safety regulations and creating a safer workplace for employees.

One of the main features of the HRG010-W and HRG015-W models is their advanced sensor technology, which enables accurate detection of hazardous gases, including but not limited to, methane, propane, and hydrogen. This precision is crucial for industries such as oil and gas, wastewater treatment, and chemical manufacturing where the presence of these gases can pose significant risks.

Both models are equipped with powerful wireless communication capabilities. They utilize Zigbee or Wi-Fi technologies to transmit real-time data back to a centralized monitoring system. This feature facilitates instant readings and alerts, allowing for timely interventions and reducing response times during emergencies. Operators can monitor gas levels remotely, thus enhancing operational efficiency and allowing for better resource allocation.

Another important characteristic of the HRG010-W and HRG015-W is their rugged design, tailored to withstand harsh industrial conditions. The enclosures are built with durable materials that resist moisture, dust, and corrosive substances. This durability ensures longevity and reliability in the field, which is paramount for continuous gas detection applications.

Furthermore, these gas detectors are designed with user-friendly interfaces that simplify setup and operation. The built-in display provides clear numerical readings and diagnostic information, while the intuitive controls make it easy for personnel to navigate functions and settings without extensive training.

In addition, both the HRG010-W and HRG015-W models can be integrated with existing control systems and safety measures, creating a comprehensive safety net. This compatibility supports various industry standards and allows facilities to modularly expand their safety networks as needed.

Overall, Sierra Monitor Corporation's HRG010-W and HRG015-W wireless gas detectors epitomize the intersection of technology and safety in industrial environments. With their advanced detection capabilities, robust design, wireless communication, and ease of use, these devices stand out as essential tools for mitigating the risks associated with hazardous gas exposure in a variety of applications.