262292-YTG-C-0707

TABLE 6: COOLING CAPACITIES FOR WR300 (CONTINUED)

Air on Evaporator Coil

 

 

 

 

 

Temperature of Air on Condenser Coil

 

 

 

 

 

 

 

 

115°F

 

 

 

 

 

 

125°F

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

WB

Total

Total2

 

Sensible Capacity (MBH)*

 

Total

Total2

 

Sensible Capacity (MBH)*

 

CFM

Cap.1

Input

 

Return Dry Bulb (°F)

 

Cap.1

Input

 

Return Dry Bulb (°F)

 

 

(°F)

(MBH)

(kW)

 

 

 

 

 

 

(MBH)

(kW)

 

 

 

 

 

 

 

90

85

80

75

70

65

90

85

80

75

70

65

 

 

 

77

281

26.6

128

108

84

60

36

12

265

28.8

122

99

75

51

27

-

6250

72

262

26.0

172

148

124

100

76

52

248

28.2

165

141

117

93

69

45

67

243

25.3

216

188

164

140

116

92

230

27.5

207

183

159

135

111

87

 

 

62

220

24.8

218

209

185

161

137

113

208

26.9

207

193

170

146

122

98

 

77

324

30.9

155

127

98

70

41

12

305

33.5

149

116

88

59

31

-

7500

72

302

30.2

203

174

146

117

88

60

285

32.8

194

166

137

109

80

52

67

280

29.4

250

222

193

164

136

107

265

32.0

239

215

186

158

129

101

 

62

254

28.8

252

245

217

188

159

131

239

31.3

239

228

199

171

142

114

 

57

252

28.4

252

252

241

213

184

155

239

30.9

239

239

227

198

170

141

 

77

324

31.1

162

129

100

70

41

11

304

33.7

157

118

89

60

31

-

7750

72

302

30.4

207

177

148

118

89

60

284

33.0

198

168

139

110

80

51

67

280

29.6

251

225

196

166

137

108

264

32.3

238

218

189

160

130

101

 

62

254

29.0

252

249

220

190

161

132

239

31.6

238

233

202

173

143

114

 

57

252

28.5

252

252

245

215

186

157

238

31.1

238

238

230

201

171

142

 

77

323

31.3

168

131

101

71

41

11

303

34.0

164

120

90

60

30

-

8000

72

302

30.5

210

180

150

120

89

59

284

33.2

201

171

141

111

81

51

67

280

29.8

252

229

199

168

138

108

264

32.5

238

222

191

161

131

101

 

62

253

29.2

252

252

223

193

163

132

238

31.8

238

238

205

175

145

115

 

57

252

28.7

252

252

248

218

188

158

238

31.4

238

238

233

203

173

143

 

72

303

30.5

218

187

156

125

93

62

284

33.1

209

178

147

116

85

53

8650

67

281

29.8

253

238

206

175

144

113

265

32.4

239

231

200

168

137

106

62

254

29.2

253

253

232

201

169

138

239

31.7

239

239

214

182

151

120

 

 

57

253

28.7

253

253

251

220

189

157

239

31.3

239

239

236

205

174

143

 

72

304

30.5

226

194

162

129

97

65

285

33.0

218

185

153

121

89

56

9300

67

282

29.8

254

247

214

182

150

117

265

32.3

239

239

208

176

143

111

62

255

29.1

254

254

241

208

176

144

240

31.6

239

239

222

190

158

126

 

 

57

254

28.7

254

254

254

221

189

157

239

31.2

239

239

239

207

175

143

1.The capacities are gross ratings. For net capacity, deduct air blower motor, MBh = 3.415 x kW. Refer to the appropriate Blower Performance table for the kW of the supply air blower motor.

2.These ratings include the condenser fan motors (total 1 kW) and the compressor motors but not the supply air blower motor.

All Sensible Capacity

Unitary Products Group

17

Page 17
Image 17
York WR 180 warranty 281 26.6 128

WR 180 specifications

The York WR 180 is a state-of-the-art water-cooled chiller, renowned for its efficiency, flexibility, and reliability in various applications. Designed specifically for commercial and industrial use, the WR 180 stands out as an ideal solution for facilities requiring effective climate control, such as hotels, hospitals, shopping malls, and large office buildings.

One of the primary features of the York WR 180 is its advanced chiller design, which incorporates variable speed technology. This allows the unit to adjust its cooling capacity based on the actual load demands of the building, leading to significant energy savings. By operating at variable speeds instead of a fixed rate, the chiller minimizes energy consumption during lower demand periods while maintaining optimal performance during peak loads.

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In terms of installation and maintenance, the WR 180 is designed for user-friendliness. Its modular design simplifies transport and installation in various spaces, while easy-access components facilitate routine maintenance. The chiller also offers various connectivity options, enabling integration with building management systems for real-time monitoring and control.

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