VIKING Fire Protection

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 2 zones to be protected with 4 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 2 zones to be protected with 5 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 3 zones to be protected with 2 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 3 zones to be protected with 5 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 4 zones to be protected with 4 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 5 zones to be protected with 5 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 5 zones to be protected with 4 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 5 zones to be protected with 3 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder

Adding a oscillating unit to a monitor, allows automatic coverage of a fixed area (from 15º to 360º) in a fire condition This can be beneficial when human (manual) control is not possible or is undesirable due to safety concerns or accessibility Manual operation by trained personnel is also possible The oscillating unit’s movement is driven by a small amount of redirected water/foam solution travelling through the monitor A water turbine shield is included as standard to direct this water/foam solution downwards A test feature is included to enable a test of the oscillation function and range without discharging from the monitor

Adding a oscillating unit to a monitor, allows automatic coverage of a fixed area (from 15º to 360º) in a fire condition This can be beneficial when human (manual) control is not possible or is undesirable due to safety concerns or accessibility Manual operation by trained personnel is also possible The oscillating unit’s movement is driven by a small amount of redirected water/foam solution travelling through the monitor A water turbine shield is included as standard to direct this water/foam solution downwards A test feature is included to enable a test of the oscillation function and range without discharging from the monitor

Adding a oscillating unit to a monitor, allows automatic coverage of a fixed area (from 15º to 360º) in a fire condition This can be beneficial when human (manual) control is not possible or is undesirable due to safety concerns or accessibility Manual operation by trained personnel is also possible The oscillating unit’s movement is driven by a small amount of redirected water/foam solution travelling through the monitor A water turbine shield is included as standard to direct this water/foam solution downwards A test feature is included to enable a test of the oscillation function and range without discharging from the monitor

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 175 PSI /12.1 bar (1.2 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A carbon steel pressure vessel containing an elastomeric bladder between the water and foam concentrate The bladder permits water pressure to be transferred to the foam concentrate without the two fluids mixing together 232 PSI /16.0 bar (1.6 MPa) design pressure rating FM Approved and/or UL Listed as part of a fire extinguishing system combining designated foam concentrates, specific proportioning equipment, and discharge devices

A modular control unit within the Oxeo multi-zone system to ensure the correct amount of extinguishant is deployed to the correct extinguishing zone 2 zones to be protected with 2 extinguishing quantities With main/reserve changeover device The control unit is intended for the use in IG-01 and IG-100 fire extinguishing systems Controls all pneumatic system components via control gas from a pilot cylinder